Podcasts about Materials science

After slow adoption and several defunct companies, with Aquatech acquiring Fluid Technology Solutions has forward osmosis finally found its technological niche? Why is Tesla/xAi presenting at Singapore Water Week? And how could reusing acids be a game-changer across so many industries? Rhys Owen and Divya Inna discuss the month's developments from BlueTech's perspective, including a look at advanced materials science, direct potable reuse frameworks, industrial water reuse requirements and PFAS treatment obligations.--Presented by BlueTech Research®, Actionable Water Technology Market Intelligence. Watch the trailer of Our Blue World: A Water Odyssey.  Get involved, and learn more on the website: braveblue.world

Dr. Ayse Turak is Associate Professor and Associate Undergraduate Chair of the Department of Engineering Physics at McMaster University. Ayse develops and studies plastic-based electronic materials, such as solar cells and light-emitting diodes. Her goal is to create affordable, sustainable, and ubiquitous plastic materials to provide power and light for people around the world. In her free time, Ayse loves to travel, visit new places, see new things, explore new cultures, and seek adventure. She also enjoys theatre, writing, and volunteering with various social justice organizations. Ayse received her B.Sc. in Metallurgical and Materials Engineering from Queens's University and her PhD from the Department of Materials Science and Engineering at the University of Toronto, where she was a Canada Graduate Scholar. Afterwards, Ayse conducted research as a Marie Curie Fellow at the Max Planck Institute for Metals Research and subsequently worked as a visiting professor at Sabanci University in Istanbul, Turkey before joining the faculty at McMaster University. Ayse has received numerous awards and honors throughout her career, including the Early Researcher Award, the Petro-Canada Young Innovators Award, and a Leadership in Teaching and Learning Fellowship from McMaster University. In addition, she was recently nominated as a Full member at Sigma Xi, and she is the co-chair of the Canadian Chapter of the Society of Information Display. In our interview, Ayse shares more about her life and research.

Engineer Aaron Lindenberg is an expert in the ways atoms and electrons move through materials. He uses X-ray “flash photography” to make movies of atoms moving at ultrafast speeds to predict the fundamental limits of electronics in future consumer devices, solar cells, and AI chips. He estimates we are “many orders of magnitude away” from the physical limits of both speed and energy efficiency in our electronics. Today's computers are at least a thousand times slower than they could be, Lindenberg tells host Russ Altman on this episode of Stanford Engineering's The Future of Everything podcast. Have a question for Russ? Send it our way in writing or via voice memo, and it might be featured on an upcoming episode. Please introduce yourself, let us know where you're listening from, and share your question. You can send questions to thefutureofeverything@stanford.edu. Episode Reference Links: Stanford Profile: Aaron Lindenberg Connect With Us: Episode Transcripts >>> The Future of Everything Website Connect with Russ >>> Threads / Bluesky / Mastodon Connect with School of Engineering >>> Twitter/X / Instagram / LinkedIn / Facebook Chapters: (00:00:00) Introduction Russ Altman introduces guest Aaron Lindenberg, a professor of Material Science & Photon Science at Stanford University. (00:03:26) Path into Materials Science How a biology problem inspired Lindenberg's interest in atomic-scale dynamics. (00:05:34) What Materials Scientists Study Understanding how atoms, electrons, and ions create useful material properties. (00:06:44) Seeing Atoms in Motion How X-ray scattering and diffraction reveal atomic structure and dynamics. (00:08:59) Femtosecond Timescales Why ultra-fast measurements are needed to capture atomic motion. (00:10:25) Making Atomic Movies How researchers use snapshots to study materials as they change. (00:13:08) Speed Limits in Materials What determines how fast a material can switch between states. (00:15:32) Faster and More Efficient Devices Why electronics still have room to improve in speed and energy use. (00:17:43) The Energy Cost of Switching How fundamental energy limits shape future computing devices. (00:19:10) Speed, Energy, and Reliability The trade-offs that govern how materials perform in real devices. (00:21:29) Solar Cells at the Atomic Scale How materials convert light into electricity inside a solar cell. (00:23:40) Capturing Energy Before It Becomes Heat Why ultra-fast dynamics matter for improving solar cell efficiency. (00:26:13) Randomness in Materials How stochastic atomic motion affects material performance. (00:28:20) Measuring Dynamic Complexity Why nanoscale materials do not behave the same way every time. (00:30:26) AI for Materials Research How AI helps in Lindenberg's research (00:32:56) Future In a Minute Rapid-fire Q&A: science, collaboration, and future materials. (00:36:13) Conclusion   Connect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads / Bluesky / MastodonConnect with School of Engineering >>>Twitter/X / Instagram / LinkedIn / Facebook Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

In this episode Michael discusses his return to podcasting and gives re-introduces himself, his engineering pursuits and perspective, and what he'll be discussing in the future.-----------------------------------Michael Pfeifer, Ph.D., PE is a metallurgist and metals engineer at Industrial Metallurgists, LLC. Industrial Metallurgists offer ⁠metallurgy consulting⁠ and ⁠metallurgy training⁠ to design and manufacturing clients to help withComponent materials selectionManufacturing process developmentSupplier evaluationFailure analysis and root cause analysisHe received a B.S. and M.S. in Metallurgical Engineering from University of Illinois and a Ph.D. in Materials Science and Engineering  from  Northwestern University. He is a Professional Engineer, licensed in Illinois.He wrote a book - Materials Enabled  Designs. It teaches how to select materials that optimize product performance, reliability, and  cost.For more information about Michael go to ⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.imetllc.com/about/⁠⁠⁠⁠⁠⁠⁠⁠⁠

In 2022, 7% of the UK's total carbon emissions came from the aviation sector - a figure that's on the rise. This means that - while a flight is often the start of a well-deserved holiday - a lot of us feel at least a sprinkling of guilt over our carbon footprint. So, what if we could reduce the carbon emissions associated with air travel? In this episode, we chat to Dr Tamsin Whitfield from Oxford's Department of Materials Science, and hear about her research developing new metals, which will ultimately allow jet engines to burn hotter, increasing their efficiency. 

On this episode of Confessions of a Higher Ed Social Media Manager, host Jenny Li Fowler sits down with Aubrey Ugorowski, communications specialist for the Department of Materials Science and Engineering at the University of Wisconsin–Madison, to unpack how social listening can completely reshape a higher ed content strategy. Working as a communications team of one, Aubrey shares how she balances social media alongside donor communications, email campaigns, and other responsibilities while still building a consistent, audience-focused presence online. Guest Name: Aubrey Ugorowski, Communications Specialist, the University of Wisconsin–Madison, Department of Materials Science and Engineering Guest Social: LinkedIn Guest Bio: Aubrey Ugorowski is a communications specialist at the University of Wisconsin–Madison, where she supports digital strategy and storytelling for the Department of Materials Science and Engineering. She began her career as a sound engineer and production lead before pivoting during the pandemic and finding a home in higher education. Today, she draws on her multimedia background to create clear, accessible content that strengthens the department's digital presence. - - - -Connect With Our Host:Jenny Li Fowlerhttps://www.linkedin.com/in/jennylifowler/https://twitter.com/TheJennyLiAbout The Enrollify Podcast Network:Confessions of a Higher Ed Social Media Manager is a part of the Enrollify Podcast Network. If you like this podcast, chances are you'll like other Enrollify shows too! Enrollify is made possible by Element451 — The AI Workforce Platform for Higher Ed. Learn more at element451.com. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Lorna Gibson is a Professor of Materials Science and Engineering at MIT. Her new book ‘Birds Up Close' is about the fact that she has been a lifelong birdwatcher. In the book she explores the marvel of how birds work from her perspective as an engineer and a lifelong birder. She looks at the hidden microscopic structures and engineering principles that keep birds aloft and alive.Catch Hannah live - 'TRE In The Afternoon' - Monday-Thursday from 16.00CET - on tre.radio

Our guest tonight is Dr. Michael S. Wong, a professor in the Department of Chemical and Biomolecular Engineering at Rice University. He is also professor in the Departments of Chemistry, Civil and Environmental Engineering, and Materials Science and NanoEngineering. He was educated and trained at Caltech, MIT, and UCSB before arriving at Rice in 2001. His research program broadly addresses chemical engineering problems using the tools of materials chemistry, with a particular interest in energy and environmental applications ("catalysis for clean water"). He has received numerous honors, including the MIT TR35 Young Innovator Award, the American Institute of Chemical Engineers (AIChE) Nanoscale Science and Engineering Young Investigator Award, Smithsonian Magazine Young Innovator Award, and the North American Catalysis Society/Southwest Catalysis Society Excellence in Applied Catalysis Award. He is research thrust leader on multifunctional nanomaterials in the NSF-funded NEWT (Nanotechnology Enabled Water Treatment) Engineering Research Center. He is chair of the ACS Division of Catalysis Science and Technology (CATL), and serves on the Applied Catalysis B: Environmental editorial board. Previous experiences include chairmanship of the AIChE Nanoscale Science and Engineering Forum and Chemistry of Materials editorial board membership.The focus of this podcast is recent work led by Dr. Youngkun Chung, one of Dr. Wong's postdoctoral research associates, which describes a new approach to filtering PFAS from water at 1,000 times the efficiency of methods such as activated carbon. Better still, the captured PFAS can be removed from this new filter medium in a process that renders it safe, and the medium ready for reuse.Topics covered include:Description of PFAS chemicals areHow they get into the environmentLimitations of existing filtration approachesDetails of the new technologyHow Dr. Wong's team at Rice University collaborate to develop technlogies that use chemical engineering to make our environment cleaner.Support the showVisit us at climatemoneywatchdog.org!

In this podcast episode, MRS Bulletin's Sophia Chen interviews Samual Stupp from Northwestern University about his group's research on developing treatments for spinal cord injuries by use of an organoid. The researchers fabricated the human spinal cord organoid by including microglial cells, which are the immune cells in the central nervous system. They mimicked various kinds of spinal injuries, then applied different injury treatments to see how the organoid responded best. This work was published in a recent issue of Nature Biomedical Engineering.

The CWB Association brings you a weekly podcast that connects welding professionals worldwide and underrepresented communities as we continue to strive for a more diverse workforce. Join us as we celebrate Women Empowerment Month to learn about the incredible contributions of Women in the welding industry and our communities.How does one welding class spark a path into Materials Science research and Wire Arc Additive Manufacturing? In this episode, I sit down with Mia Abdulla, a Materials Engineering Master's student at the University of Alberta's Canadian Centre for Welding and Joining (CCWJ), to break down WAAM from lab to shop floor. We explore how it compares to traditional welding, casting, and forging, where it fits in high-stakes scenarios like oil and gas shutdowns, and the real challenges around distortion and heat input. We also dive into codes and standards, qualification and testing hurdles, and the role student chapters play in building the next generation of welding professionals. Follow  LinkedIn: https://www.linkedin.com/in/mia-abdulla/ Website: https://sites.ualberta.ca/~ccwj/ Register: https://www.ccwjannualseminar.ca/Find your Local CWBA Chapter Here:https://www.cwbgroup.org/advocacy/membership/chaptersThank you to our Podcast Advertisers:Canada Welding Supply: https://canadaweldingsupply.ca/Enjoyed the show? Subscribe, leave a rating, and share it with a welder who needs a nudge today.There is no better time to be a member! The CWB Association membership is new, improved, and focused on you. We offer a FREE membership with a full suite of benefits to build your career, stay informed, and support the Canadian welding industry.  https://www.cwbgroup.org/association/become-a-member What did you think about this episode? Send a text message to the show!

Hello voices from the bench community, John Wilson here and I wanted to share some news about the evolution of the Programill lineup. Most importantly, Ivoclar's new PrograMill 7. What stands out right away is the reduced air consumption this mill requires, but what you'll notice first is that impressive new touchscreen. For us, the biggest advantage has been increased spindle power. My laboratory's known for these larger cases with complex geometries, and I can tell you that extra power really makes a difference. Next time you see your Ivoclar representative, be sure to ask about the PrograMill 7 and tell them John Wilson sent you. Thank you. At exocad Insights in beautiful Mallorca, we finally caught up with Felix from Imagine USA—and the timing couldn't have been better. As an exocad dealer on the front lines of digital dentistry, Felix shared his excitement about the strong turnout, the familiar faces, and most importantly, the innovation coming from exocad. What stood out most? The new exocad Hub and its cloud-based capabilities, along with powerful AI-driven tools inside DentalDB designed for efficient batch processing. For Felix and the Imagine team, it's not just about seeing what's new—it's about putting it to the test. By running new features through their own production facility first, they ensure real-world performance before bringing solutions to their customers. Beyond the technology, Felix emphasized the value of being there in person—connecting face-to-face with partners, having meaningful conversations, and stepping back to see where the industry is headed. And of course, doing it all in Mallorca doesn't hurt either. This episode finally brings a long-awaited conversation to life with Kent Kohli, a name many in the industry recognize—but maybe don't fully know the story behind. From an unexpected entry into dentistry (thanks to marrying his orthodontist's daughter) to becoming a lifelong student of ceramics and education, Kent's journey is anything but typical. What starts as a pre-dental path quickly shifts once Kent discovers the lab side of dentistry—and more importantly, where his passion truly lives. From pouring models and grinding metal to studying under legends like John Archibald, Kent shares how mentorship, curiosity, and relentless work ethic shaped his career. Along the way, he opens up about the early struggles—working 100-hour weeks, barely making ends meet, and choosing quality over the “race to the bottom” that burned out many of his peers. Kent dives deep into the evolution of dental technology, from the early days of PFMs and Empress to today's digital workflows and liquid ceramics. But at the heart of it all is a consistent theme: education. Whether it's learning from the “giants” of the industry or now helping guide the next generation through his role at Ivoclar, Kent sees it as a responsibility to pass on what was given to him. He also shares insights into his current mission—bringing hands-on education back to the forefront, blending traditional techniques with modern materials, and helping technicians elevate their craft beyond just production. Rising costs, tighter deadlines, and greater demands are challenging labs everywhere. When efficiency matters, you need tools that deliver—every day. Roland DGShape milling solutions are reliable and easy to use. Just turn them on and let them run—no babysitting required. Fewer remakes and less wasted material mean your team can focus on getting cases out the door. With the Elevate Denture solution, step into digital dentures without disrupting your workflow. Validated CAM strategies and Ivoclar compatibility mean you're building on a system you already trust. Ready to boost efficiency? Explore DG Shape DWX Milling Solutions and the Elevate Dental Solution at RolandDental.com.Special Guest: Kent Kohli.

What if the thing you struggle with most could become your greatest strength? In this episode, I sit down with Dennis Szymanski, a semiconductor engineer who has lived with a stutter his entire life and learned to manage it through a powerful mix of science, self-awareness, and holistic living. Dennis shares how his journey through speech therapy, stress management, and personal growth shaped both his mindset and his career in nanoscale engineering and compound semiconductors. You will hear how early support, resilience, and curiosity helped him move from struggling to speak to confidently presenting, creating, and even writing a children's book. I believe you will find this conversation inspiring as it shows how challenges can guide you toward purpose, clarity, and an unstoppable mindset. Highlights: 00:10 Learn how early support and environment shape confidence and long term growth 09:43 Understand what it means to live with a stutter and manage it daily 11:10 Discover why the root cause of stuttering is still not fully understood 35:07 Learn how speech therapy has shifted toward treating the whole person 47:32 Understand how stress directly affects speech and performance 56:01 Discover how creativity and purpose come together through writing and innovation About the Guest: Hello everyone! My name is Dennis Szymanski, and I was born and raised on Long Island, New York. Over the course of my life, I have moved 11 times up and down the East Coast of the U.S., meeting many people and having amazing experiences, all the while working on my relationship with my stutter. I currently embrace my inner beach bum and reside in a sleepy North Carolina beach town with my girlfriend Samantha and Lennie the turtle. I have spent the better part of my academic and professional career in the semiconductor industry. I hold a Ph.D. in Materials Science and Engineering from North Carolina State University and currently work as a Product Engineer for a U.K. semiconductor manufacturing firm. In my personal life I enjoy playing disc golf, reading, playing the trumpet, yoga, entrepreneurship, public speaking, and any water sport you can imagine. The beach has always been, and forever will be, my home, my place of peace and solitude, a place to "Be As You Are". As a stutterer, I have practiced the physical art of communication ever since I have been able to talk. As a trumpet player, I understand the power of controlled breath. As an Engineer, I always strive to dig deeper. As a communicator, I believe it is all about connecting with people. As a human being, I endeavor to live a holistic life, where each facet compliments the others. My stutter made me a better engineer, just like my understanding of controlled breath as a trumpet player has made me a better communicator. I find myself to be a lifelong learner, believing that there is room for constant improvement even if, somewhat ironically, the area for necessary improvement is my (in)ability to rest and recharge. I love to travel and take much of my inspiration from the world around me. A change of scenery, pace, environment, and/or people is almost always welcomed in my life. No matter if I am out on the surfboard, generating an engineer data sheet, or giving a talk on stage, I live my life by once simple sentence: “It is all about the people.” Ways to connect with Dennis: website link is www.drdennyeddie.com LinkedIn: https://www.linkedin.com/in/dennisszymanski/ TikTok: https://www.tiktok.com/@drdennyeddie Instagram: https://www.instagram.com/drdennyeddie/ Facebook: https://www.facebook.com/dennis.szymanski.35 About the Host: Michael Hingson is a New York Times best-selling author, international lecturer, and Chief Vision Officer for accessiBe. Michael, blind since birth, survived the 9/11 attacks with the help of his guide dog Roselle. This story is the subject of his best-selling book, Thunder Dog. Michael gives over 100 presentations around the world each year speaking to influential groups such as Exxon Mobile, AT&T, Federal Express, Scripps College, Rutgers University, Children's Hospital, and the American Red Cross just to name a few. He is Ambassador for the National Braille Literacy Campaign for the National Federation of the Blind and also serves as Ambassador for the American Humane Association's 2012 Hero Dog Awards. https://michaelhingson.com https://www.facebook.com/michael.hingson.author.speaker/ https://twitter.com/mhingson https://www.youtube.com/user/mhingson https://www.linkedin.com/in/michaelhingson/ accessiBe Links https://accessibe.com/ https://www.youtube.com/c/accessiBe https://www.linkedin.com/company/accessibe/mycompany/ https://www.facebook.com/accessibe/ Thanks for listening! Thanks so much for listening to our podcast! If you enjoyed this episode and think that others could benefit from listening, please share it using the social media buttons on this page. Do you have some feedback or questions about this episode? Leave a comment in the section below! Subscribe to the podcast If you would like to get automatic updates of new podcast episodes, you can subscribe to the podcast on Apple Podcasts or Stitcher. You can subscribe in your favorite podcast app. You can also support our podcast through our tip jar https://tips.pinecast.com/jar/unstoppable-mindset . Leave us an Apple Podcasts review Ratings and reviews from our listeners are extremely valuable to us and greatly appreciated. They help our podcast rank higher on Apple Podcasts, which exposes our show to more awesome listeners like you. If you have a minute, please leave an honest review on Apple Podcasts. Transcription Notes: Michael Hingson  00:04 What if the biggest thing holding you back isn't what's in front of you, but rather what you believe Welcome to unstoppable mindset where inclusion, diversity and the unexpected meet. I'm your host. Michael hingson, speaker, author and advocate for inclusion and possibilities, this podcast explores how the beliefs we carry shape the way we live, lead and connect with others. Each week, I talk with people who challenge assumptions, face adversity head on and show what's possible when we choose curiosity over fear. Together, we focus on mindset resilience and the small shifts that lead to meaningful change. Let's get started. Well, howdy, once again, everyone and welcome to another episode of unstoppable mindset. It is a wonderful time here. We're recording this just a couple of days before Thanksgiving, and I especially give thanks for the fact that I get to join all of you and do these podcasts. So I want to thank you all for being here, and I want to thank our guest, Dennis Edward Szymanski, we're going to stick with Dennis, but we really appreciate you being here. And Dennis is involved with semiconductors. He lives life to the fullest. We were just talking before we started about his turtle. Lenny the turtle, he can he can talk about that if he wishes. And he also has some other interesting things that I'm looking forward to chatting about since he brought it up, and that is that he is, among other things, or he was, a stutterer, and so he lives with his stutter. He now lives in North Carolina on a beach, so it's his inner beach bum that he is supporting anyway. Dennis, without all without going in any much more detail about any of this, welcome to unstoppable mindset. We're glad you're here, Dennis Szymanski  02:15 Michael, not just because it's Thanksgiving. I am very grateful and thankful to be here with you, to have met you, as well as to be here with all the guests on unstoppable mindset and all the listeners to us, whether you're watching listening, it's great to be here and happy to have this great discussion here with you today. Michael Hingson  02:36 Well, we're glad you're here, and this will I'm looking forward to it. This will be a lot of fun. Why don't we start with kind of the early Dennis. I don't always start that way. Start with kind of the early growing up person, and let's go from there. Dennis Szymanski  02:50 Of course, I think a good place to start a lot of the time is the beginning. So I I'm a New Yorker, born and raised on Long Island to two very loving parents who have been supportive throughout all of my endeavors, from supporting me and my stuttering journey to encouraging me to pursue other outlets like music, encouraging me to stick to my academics and and even supporting my love of pets, which, as you alluded to, I have a turtle right now. Her name is Lenny, but she she is one of many dogs, lizards, hamsters, ferrets, chinchillas, birds. We've had a lot of pets growing up, and you know that that has informed, actually a lot of my current worldview, but we can, we can get to that later. Michael Hingson  03:45 What does your girlfriend think about all that? Dennis Szymanski  03:48 Well, my girlfriend is a four legged pet woman herself staying outside of tanks. That's, that's one of her remits. So Lenny, we got to realize our shared dream, me, my girlfriend, and Lenny of getting Lenny out of the house, out of the tank and into a pond in the backyard of my home here on the coast of North Carolina. So we're all happy. It's, it's been a, it's been an amazing summer. They are getting us all out of the house. So that's a good thing. You know, she's she's very supportive of of Lenny. We, we had two dogs together. Unfortunately, they were old and have since passed on. But we're planning to get some some, some new four legged friends down the line. And we are even in the process of courting, adopting a stray cat that is hanging around our our neighborhood. So it's a nice it's a nice middle ground there not as much responsibility as a dog, you know, a stray cat, but still the potential for the companionship and for the routine and for taking care of something that I know we. Both miss being absent dogs. Not that Lenny doesn't take taking care of it's just a different companion, yeah, different kind of pet Michael Hingson  05:10 we we have my guide dog, Alamo, and as listeners know, we also have stitch, the cat, who will be 16. We think in January, we rescued her. We think at about the age of five, family didn't want her, and they said, Take her to the pound. And we said, No, we'll find her a home. And along the way, I happened to ask what the cat's name was, and they told me that the cat's name was stitch. And I knew this cat wasn't going to go anywhere, since Karen had been a professional quilter since 1994 so quilters aren't going to give up an animal named stitch. Dennis Szymanski  05:44 No, too, too many coincidences there to just not, not go ahead with stitch. Yeah, so, Michael Hingson  05:53 so stitch is with us. Dennis Szymanski  05:55 We, we, we think a very similar way all the pets that I had, I actually never had a cat that was my own, just parents were allergic. Sister was allergic, things like this. Brother was allergic. But when our most recent dog passed, we noticed that this cat started coming around at a very at only a few weeks before he passed. So we think that they had a little bit of a conversation to say that, you know, a little changing of the guard, a proper handoff, if, if you will. So we're looking forward to having our tuxedo cat, which we named very appropriately and affectionately tuxy. We're unsure if it's a boy or a girl, yet. So we went with tuxi butcher, straying back from, from, from the original topic, coming back on, yes, the stray cat pun was somewhat intended. I get it born and raised, Long Island, New York. I left there when I was 17 out of high school to pursue my undergraduate degree in engineering, I stepping back a little bit. My father's a insurance agent, but a serial entrepreneur. He cut his teeth in the insurance industry, but now is heavily involved in a cybersecurity startup. So a man who wears many hats, and my mother is in it. So my first desk job, if you will, was in computers, and that kind of led me down the path of some sort of engineering related to computers. So I went up to the colleges of nanoscale science and engineering up in Albany, New York, for those familiar with the SUNY system, it's a State University in New York up in Albany, where I did four years there, and I studied nano scale engineering, which is a fancy way to say material science, with a focus in semiconductors, which led me to take my first job in industry while I was actually still getting my undergraduate degree, which bolstered my decision to continue on down here to North Carolina. I actually took my first step down in Raleigh as a PhD candidate at NC State, where I studied material science and engineering as well. And two things I've always you know, kept close is the love of business as it relates to technology. So I have a minor in business from my time in undergrad, as well as I took several MBA courses and got a technology Entrepreneurship Certificate from from NC State. So I take the business and the technology. I've married those into a career here as a product engineer for a compound semiconductor manufacturer, all of which we can get into a little bit more. But the other love that I keep close and have recently had a renaissance in my life, is my love of music. I was actually faced with a choice of music or engineering back when a lot of us started to apply to college or university at that time in their life, in high school, and I chose the engineering route, but but always kept the love of music. It was my first paying job, playing in a gig, playing gigs in bars when I was younger and right now I actually, like I said, I'm having a renaissance. I took a little bit of a hiatus while life got busy in grad school and getting my feet under me in the corporate world, taking my first job, but learned to to understand the need, the need that my brain, you know, to have that left brain, right brain, creative mind, logical mind flexed, and just to to have the time to myself. It's something that I enjoy, something that I've enjoyed since I'm eight years old. And, you know, I'm happy to keep continuing it. And I want to finish the opening monolog here, if you will. With. With something you said that I'm a lifelong stutterer, and ever since I opened my mouth, I can remember having disfluent speech, and I have to say that the biggest support that my parents ever gave me was encouraging me, as well as helping me at a very young age start in speech therapy, I I have met so many people in my life that Dennis Szymanski  10:32 did not have supporting parents or a supporting situation, and to To see that impact and that thread be traced throughout my life, and, you know, and juxtaposing it to other people's lives, it really makes a difference to have that supporting environment, that belief, because, you know, you said it, I live with the stutter Every day. It's very well managed. Now in my life, there was a time where I could not finish a sentence when I was in elementary school, early middle school, without having a stutter. But now I've learned through speech techniques, living my life in a relatively holistic way, how stress relates to my stutter and so many other things that I can manage it a lot better. But as my fellow stuttering people out there that might be listening, you always live with it. You know you're you're never, quote, unquote, cured. You're always having that stutter, managing it, whether it's overtly or covertly, it's always there. But very happy to get into all of that and more here with with you Michael, as as we kick off the episode. Michael Hingson  11:54 So what? What causes stuttering? Do we really know Dennis Szymanski  11:59 that's what, in part, is so fascinating is that we can't really pinpoint it, whereas to say this part of the brain for sure is, you know, impacting this part of your vocal cord in this way. And if we get in there and treat it however way it's going to go away there, of course, is ideas that you know certain parts of your brain have more of an impact or influence, and that it does directly relate to your vocal cords, because, at least from my stutter, how It works, and how I could, you know, most effectively explain it is my vocal cords simply lock up. So normal vocal cord operation, it's like a string on a violin, right, or string on a guitar. If you pluck it, it resonates, vibrates, makes sound. Your vocal cords work just the same, but their mechanism of quote, unquote, plucking is the air that you breathe. So if they lock up, you don't have vibration, you don't have sound, you don't have speech. And what's interesting is that if you were to put your your your ear or your hand to my mouth during a stuttering episode, there's still air flow like there's still air leaving my mouth, just as it does during fluent speech, but there's just no action and something else that is very interesting about the You know, my my stutter, and I've talked to other stutterers that have a similar experience, is that we know what we want to say. It's all upstairs. It's all formulated. It's just the physical blocking of the vocal cord, at least in my case and I, I make the, you know, the I make it important to say my case, because there is very different manifestations of stuttering, stammering, how one might block, how one might repeat a word. What are different triggers, etc. So in a nutshell, we don't really know which is why there's so many different theories, methodologies of treatment, how to cope, deal with, treat the the stud itself. Michael Hingson  14:32 Yeah, it's, it's fascinating, and I appreciate you giving us that explanation of it. It is something that I think is very important to point out that one of the things you mentioned is extremely crucial. Your parents were supportive. They helped you. My parents did the same thing when it was discovered that I was blind. Yeah, and a number of parents have really bought into helping their children recognize they can do whatever they choose and that they can deal with so many different issues. And oftentimes we also hear about parents who don't support some people succeed in spite of it, and some do not. But it's so important to really know that we, some of us, have parents who really help and and will do anything that they can to assist us in making life better for us Dennis Szymanski  15:41 and when we first got connected, and then afterwards, doing more listening to your talks, and other episodes of unstoppable mindset, I had learned that your parents were were supportive as well, and that made a mental note, as a matter of fact, to bring this up here in this talk, because I could not agree more the importance of support of your parents, especially as a young child, that's where everything starts. But then even as we grow our friends, you know, larger family and the networks that that that we keep is are so important to our development success as individuals. Michael Hingson  16:24 Yeah, so your parents are still with us. Dennis Szymanski  16:28 They both. Are they both? Are they divorced when I was very young, but that, again, you know, had no bearing on the support and the love I have a stepfather and a stepmother who are equally incredible and supportive. I always said I just got double the family that loves and cares. There you go. And my mother still lives on Long Island in the house where I grew up, so I love to go visit. Was just back there a couple of weeks ago, and are heading back up, you know, a couple of weeks time. And my dad actually lives in South Carolina. He relocated with my stepmother and my brother. They are around the Columbia area, so we're actually both Dennis' in the Carolinas. So that's actually quite nice. And I'm just just just saw him a couple of days ago, and I'm gonna see him, you know, on the Thanksgiving holiday as well. So looking forward to, looking forward to that. Michael Hingson  17:31 Well, last time I was back in the New York area for any length of time, I spent a week last year in Lindenhurst speaking to the Lindenhurst union free school district, and that was a lot of fun. Fortunately, it was before the snow hit. Oh, yeah, Lindenhurst. Dennis Szymanski  17:51 Lindenhurst was about a half an hour from where I grew up, one of the many, many towns that is the infinite urban sprawl of Long Island. Michael Hingson  18:00 Yeah. Well, yep. Well, it was fun. I was there for almost a week, and spoke to lots of sixth, seventh and eighth graders, did some faculty training, but enjoyed the area, and I've enjoyed Long Island every time I've been out there. So it was kind of fun. Well, I want to go back to this idea of nano scale. Tell me a little bit more about nano scale engineering. Dennis Szymanski  18:26 Absolutely, like I said, it's basically material science and engineering, but with a focus in semiconductors. So having had the hindsight now traditional material science background from NC State. When I went to do my graduate work, things like traditional material science, so metal stress strain curves. Didn't learn that in undergrad, focusing in semiconductors, I learned about transistors and the ethics of scaling semiconductor technology and computer programming at a very basic level that could help run certain parts of a semiconductor process. So very specific, very targeted focus that was nanoscale engineering. I was very fortunate to be the sixth graduating class out of the small colleges of nanoscale science and engineering. Like I said, that was part of the SUNY Albany system, and very hands on. I was in a building on the University's campus that was essentially an office building with 250 private companies pooling their resources in the office space as well as laboratory space, clean room space, but with a couple of classrooms. So not only was I rubbing shoulders with classmates, I was rubbing shoulders with people who worked at IBM or global founder. Or ASML Tokyo electron. These are big international companies that play in the semiconductor manufacturing space, and little did I know that was going to kickstart this incredible journey that has led me here to being a product engineer for a compound semiconductor manufacturer focused on gallium nitride power technology. So where people might be hearing this is in the AI data center talk. This material is going to enable faster, cheaper, cooler, more efficient chips, as well as you might have noticed, electric vehicles, your laptop, even your cell phone, charging a little faster and in recent years, and those bricks that used to sit on your lap and burn your lap get there, they're cooler. They're not as hot. All of these are direct advancements in compound semiconductor technology, semiconductor technology and essentially nanoscale engineering. And to go to its most fundamental route, you know engineer, nanoscale engineering is engineering on the nanoscale. And where we're at with semiconductor technology is we are looking at in silicon, a transistor is about a nanometer, two nanometers, which to put it in perspective for everybody listening, your hair, the width of your hair is 60 to 80 micrometers and nanometers are three orders of magnitude smaller, smaller than micrometers. So you can imagine that the reason we need clean rooms in semiconductor manufacturing is because one of your hair could wipe out hundreds, if not 1000s, of transistors on one of the chips, which nobody wants, right? You want a good manufacturing process that has high yield. So nano scale engineering has been was, was the start for for me with you know, the continuation of that has been to go into, as I said, material science in a more quote, unquote, proper sense, learning those stress strain curves, learning a little bit of polymer science, All applications and material science, but staying focused from age 17 till now on nanoscale engineering, which is material science focused, and semiconductors, Michael Hingson  22:51 if I recall, right, transistors were developed somewhere around 1948, so I mean, my gosh, that's only 77 years ago, ago, and look how far we've come. Dennis Szymanski  23:05 It truly is mind boggling. Michael Hingson  23:08 Michael, at the same time, we need to do something to figure out how to stop so many lithium ion batteries from causing fires somewhere. Dennis Szymanski  23:19 It's they're both material science problems for sure that that need to be tackled. I agree, Michael Hingson  23:26 yeah, one of those things that we're we're on the cusp of so many different developments. People talk about autonomous vehicles and so on. But, you know, the reality is, we're on the cusp. We're living through the the change that is coming. And personally, from my perspective, in my opinion, I can't wait for the time that we get to take driving out of the hands of drivers, because too many drivers don't do very well. Dennis Szymanski  23:55 You know, I have a very similar opinion, even though I will say one of my childhood dreams was to become a race car driver. So I do love to drive. I had an eighth of a mile go kart track in my backyard growing up, and one of the things that kept my sanity during my PhD program was going to the local go kart track and getting to put in some time trials. So I love to drive, but from a safety perspective, I could not agree with you more that it's high time that that we can implement some better safety and probably less traffic. Michael Hingson  24:33 Well, given the way most people seem to drive up here in Victorville or out here in Victorville, I am of the absolute opinion that I can drive as well as they can anyway, so Dennis Szymanski  24:44 we'll see. You know coming, coming from the New York driving environment to the North Carolina driving environment. Some things are similar, some things are very different, but, but it's definitely been, been fun spending almost half of my life. You know now down down down here in North Carolina, we had Michael Hingson  25:04 some people visiting us when my wife and I lived in New Jersey, and we drove into the city, and they said that the people who are with us, these cab drivers, are crazy. Just look at the way they drive. I would never want to be in a cab with with any of those drivers. And Karen pointed out, my wife pointed out something very relevant and so true for most cab drivers, at least back then, she said, look at those cabs. Do you see any dents? Do you see any dings? And they said, No. And she said, So what do you mean? You wouldn't want to be in those cars. You're probably safer in those cars than most anywhere else. Dennis Szymanski  25:48 She was right. She makes a good point. Michael Hingson  25:50 Practice. Makes perfect. It does. I love checker cabs, but we don't see those anymore. That's too bad. But oh well. But you know, one of the one way or another, I think that the time will come when autonomous vehicles will will make driving a lot safer, and that'll be good. But we're not there yet, and we're not there with with so many things I mentioned, the lithium ion batteries, they would they too will get better, and we will get over all of that. Now, of course, what we need to do is to make sure that we still have rare earth elements around. But that's going to be another challenge that we face over time. Dennis Szymanski  26:27 Yes, that's that's part of the fun, Michael, of being actually in material science as a discipline that it encompasses so many different touch points that we have in our life. One of my closest friends and was a colleague in my PhD program, is working on solid state battery technology that could potentially replace lithium ion technology and solve some of those problems just and it spans the whole gamut. I have a friend doing nuclear waste remediation. So very, very cool material science as a whole. You know, I'm obviously very enveloped in and my love is semiconductors, but my insatiable curiosity, I think I'm in the right field at Michael Hingson  27:20 large, yeah. What's the difference between incumbent semiconductors and compound semiconductors? Dennis Szymanski  27:30 Incumbent semiconductor technology has been predominantly silicon. So the raw material is you go to the beach and you get sand. That's obviously very oversimplifying. I'm not saying that you know TSMC or Global Foundries, or any of these guys are going to the nearest beach, but that is the raw material. It's very high purity. Silicon and compound semiconductors, on the other hand, are still very pure. That's one of the biggest material challenges of semiconductors at large, is to make them pure. But, and I'm glossing over a ton of physics and a ton of material science when I say pure. So just for any any fellow material science colleagues out there listening, I am aware that I glossed over a lot, but compound semiconductors are compound so you have two or more elements that come together that have semiconducting properties. So indium phosphide, indium and phosphorus, gallium nitride, gallium and nitrogen, aluminum gallium nitride, aluminum gallium and nitrogen. So they all come together. And what's very, very handy about these compound semiconductors is they can address a lot of niche applications in a much more efficient way than the incumbent silicon technology. So silicon technology can do a lot, I'm going to venture to say, almost everything we need. But the perfect example, and is on the top of everybody's mind is AI. You're not going to have AI in the form that we know it, if at all, without these compound semiconductors, silicon is just too inefficient. It's, you know, we've, we've reached certain limits at the material level that we need these compound semiconductors to get more efficient, AI, faster data interconnects, even, you know, charging your phone, laptop, electric vehicle, quicker, all of these are enabled. Enabled, and then to continue to iterate and improve, necessitate improvements and compounds. I mean, yeah, Michael Hingson  30:07 and that's, of course, the real key, speed and efficiency have a lot to do with it. I don't know. I remember having being a ham radio operator. I remember some of the early radios that I worked with. It was before, as ham operators would tell you, they went dark and went from tubes to transistors. So I remember vacuum tubes. My father was a TV repairman in Chicago before we moved out to California when I was five. And of course, then the biggest thing you ever replaced in a TV was a tube, although you did resistors and other things as well. But now, of course, it's a totally different animal. Oh, yeah, absolutely. Dennis Szymanski  30:50 I mean, the the vacuum tubes are exactly replaced with transistors. You replace with LEDs and all the different different things that modern semiconductors have enabled. Michael Hingson  31:00 They take a whole lot less power and are a lot a lot cooler in in the sense of, Well, I guess in cool in all ways. I had one I had one ham radio. It was a Polycom, and I forget the model number, but it ran extremely hot. We finally put a fan on one end of it to pull air through it. But without the fan, I could actually thaw and heat tater tots on it. It was so hot. Dennis Szymanski  31:29 Wow, you, you, you had a two in one. There you had, I did, and the ham radio Michael Hingson  31:35 all at the same time. It was great. But, yeah, I understand, and tubes are were replaced, and rightly so, by transistors. But a tube is a great way to teach the whole theory of how it all works and give you a way to see it in a very visual way that you're not going to see with transistors very well. Dennis Szymanski  31:57 That's true, and something that I was actually just kind of reappreciating Today was the history of it all, and how it's so important to realize that science and history are obviously inextricably linked from the progression standpoint, And then from what you said, it's it's so easy to to forget fundamentals and kind of get lost in the sauce, if you will. But I fully agree with what you say, that sometimes the quote, unquote old technology is actually just as good, if not better, a way to teach the fundamentals of the new technology, yeah, because so often they just build off of one another, right? Michael Hingson  32:49 The reality is that the process hasn't changed in terms of what they do. It's just that the product itself has changed, and it's become a lot more efficient and so on. But still, you're, you're moving electrons and and controlling them with positive and negative charges through the whole transistor process, just like you used to do with tubes, exactly, exactly. That's what makes it so, so interesting. And as you said, we take it way too much for granted. But I think that overall, it's it's great to have the old technology and the perspective to learn from, which is extremely important to do well. So what did you get your PhD in? Dennis Szymanski  33:40 So my PhD is in material science. Okay, that's what it is. My dissertation was on Super junction devices, a novel way to utilize gallium nitride in that particular device structure, super junction. So I again PhD, high level material science, compound semiconductors. And I focused on one particular material system, gallium nitride. And the goal was to learn about the material itself, make the material better and more suitable to be utilized in this type of transistor architecture that's called a super junction. Michael Hingson  34:32 So have we yet discovered a way to have any kind of superconductor operate at room temperature? Dennis Szymanski  34:39 Well, I didn't discover that there's been I mean, I keep up to date as best I can on other areas of the science world, and I know that we're doing really cool research that was previously thought to be impossible, right? Like most cutting edge scientific research.

This is a fireside chat hosted by Rajeev Srinivasan of the IIT Madras Alumni Association, featuring Dr. Suraj Rengarajan, MD and Principal Technologist, Applied Materials India. The discussion centers on the current renaissance of India's semiconductor industry, highlighting how favorable government policies and shifting global geopolitics have created a unique window for domestic manufacturing. They discuss how supportive government policies, shifts in global geopolitics, and a massive domestic consumer market are creating a unique opportunity for India to establish a manufacturing ecosystem. The dialogue emphasizes the necessity of developing specialized talent and hands-on training to move beyond semiconductor design into actual fabrication. Dr. Rengarajan highlights the potential of AI-driven manufacturing and predictive analytics to improve production efficiency and material discovery. He also explains the critical need to build a supporting ecosystem of suppliers, specialized power, and ultrapure water around newly announced fabrication plants. He emphasizes that while India possesses significant design talent, the country must now focus on hands-on technical training and leveraging AI for manufacturing efficiency. The conversation also addresses the challenges of competing with established global players and the importance of niche applications in the domestic market. Ultimately, the source portrays a hopeful yet realistic outlook on India's journey toward becoming a global electronics manufacturing hub over the next decade.Here's a brief profile of Dr. Suraj Rengarajan:Dr. Suraj Rengarajan is the Managing Director and Principal Technologist at Applied Materials India, Bangalore. In this role he drives strategic engagement between Applied Materials India and external technology ecosystems, including universities, research institutions, the start-up eco-system and industry forums. He serves as a key spokesperson for Applied Materials in technology-related events and manage programs that foster innovation, collaboration, and talent development.Suraj started his career at Applied Materials, Santa Clara in 1997, where he held different roles ranging from process engineering, technology, program management, and product marketing for thin film deposition and metallization for interconnects silicides and novel memories.He moved to India in 2007 to head the SunFab group for Applied Materials in India. Later he headed the engineering group for dielectric deposition. As the India CTO, he worked on materials engineering driven inflections to develop and commercialize new technologies. As Semiconductor Products Group India head he drove SPG strategic objectives in India, planning and growing a customer focused organization, building local leadership talent, enabling collaboration across India & Asia region, and strengthening university and ecosystem partnerships.Suraj holds a B. Tech from IIT Madras in Metallurgical Engineering and earned his M.S and Ph.D. from the University of Texas at Austin in Materials Science. Suraj holds over 15 US patents and has more than 20 publications.The following are courtesy Google notebook LM. Audio podcast (a good summary of the conversation with some AI masala): This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit rajeevsrinivasan.substack.com/subscribe

Recorded live in USC's Wallis Annenberg Hall in April 2026, this special episode focuses on the key issues surrounding data centers, the focus of Season 3. What exactly are data centers? Who benefits from their development? What are the drawbacks? Experts will answer those questions – and yours – alongside host Chip Zukoski, USC's Robert E. Vivian Professor in Energy Resources and Professor of Chemical Engineering and Materials Science and Biomedical Engineering.  Featured panelists include:Shaolei Ren, Associate Professor of Electrical and Computer Engineering at the University of California, RiversideKelly Twomley Sanders, Professor, Sonny Astani Department of Civil and Environmental EngineeringSean Wilcock, Vice President of Business Development & Services at Imperial Valley Economic Development CorporationYou can follow us on Instagram at⁠ ⁠⁠⁠@usc_electricfutures⁠⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:The Data Center Next Door, Key Considerations for Communities Navigating Data Center DevelopmentHow to Create a Climate Podcast-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. Our live episode was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, Ray Barkley, Victor Figueroa and S-R Meredith. Video interviews were directed by Makayla Idelburg. Rhysea Argawal, Nadia Lozano Murphy, Anahita Mehra, Avidha Raha, and Lina Rehbein provided live event support.With special thanks to Leslie Berestein Rojas, Edward Lifson, Jim Yoder, and Pawan Ahuja.All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound. 

Hey Voices from the Bench community! Jessica Love here, sending a shoutout from Utah! If you're passionate about creating natural, beautiful smiles—but want to simplify your workflow without sacrificing aesthetics—this is for you. I'm honored to be part of Ivoclar's development team introducing a powerful new stain and glaze system featuring Structure Paste, IPS e.max Ceram Art. Create stunning depth and lifelike color in as little as one firing. Let's continue to innovate, simplify, and create meaningful change—one smile at a time. CAM has been a major topic lately, and a lot of that conversation keeps coming back to hyperDENT. But instead of just talking about the software itself, it's worth looking at real-world experience. Imagine USA has been using hyperDENT in their own lab for over 15 years. That kind of longevity says a lot—they're not just selling and supporting it, they're relying on it in their own production every single day. That's what really sets them apart. This week, Elvis and Barb sits down with Katherine Steinbock-Dyke of Whip Mix to talk legacy, leadership, and the evolution of a family-run powerhouse in the dental industry. As part of the Steinbock lineage, Katherine shares what it was like growing up around the business—from selling Girl Scout cookies on the shop floor to eventually stepping into the CEO role. Her journey wasn't a straight line, starting instead in international business and corporate HR before finding her way back to Whip Mix and working her way through multiple roles across the company. The conversation dives into the realities of running a multi-generational company in a rapidly changing industry. Katherine talks about balancing tradition with innovation, from gypsum and articulators to digital workflows and resin development. She opens up about the challenges of staying relevant, the importance of continuous improvement (hello, WIN program), and what it really means to lead a team she genuinely cares about. Along the way, there's plenty of classic bench banter—everything from assembling pizzas at Papa John's to the chaos of early 3D printing workflows and navigating massive trade shows like IDS. The episode wraps with a look at where Whip Mix is headed, Katherine's focus on reconnecting with labs and customers, and how the next generation is shaping the future of dental manufacturing while respecting its roots.Special Guest: Katherine Steinbock-Dyke.

We take a deep dive into the AI data center planned for California's Imperial Valley and talk to the developers themselves about how the project came about. Then, we explore the mathematics of AI and how exactly a data center works.You can follow us on Instagram at⁠ ⁠⁠⁠@usc_electricfutures⁠⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:⁠The Data Center Next Door, Key Considerations for Communities Navigating Data Center Development⁠⁠How to Create a Climate Podcast⁠-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. This episode was directed by Spencer Cline and story edited by Mallory Carra. It was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, and S-R Meredith. Video interviews were directed by Makayla Idelburg. With special thanks to USC professors Leslie Berestein Rojas and Edward Lifson.Our cover art is by Kim Ly. All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound. 

In this episode, we look how the proposed data center in the Imperial Valley would use water, then explore similarities and differences with data centers around the nation. How much water is really needed for a data center — and why?You can follow us on Instagram at⁠ ⁠⁠⁠@usc_electricfutures⁠⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:⁠The Data Center Next Door, Key Considerations for Communities Navigating Data Center Development⁠⁠How to Create a Climate Podcast⁠-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. This episode was directed by Mallory Carra and Natalie Lopez and story edited by Mallory Carra. It was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, and S-R Meredith. Video interviews were directed by Makayla Idelburg. With special thanks to USC professors Leslie Berestein Rojas and Edward Lifson.Our cover art is by Kim Ly. All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound. 

When a hyperscale data center comes to a place like Imperial Valley, communities have questions and concerns. Billions of dollars of investment — and profit – are at stake. Community members have questions. But rather than excitement, there's community pushback. Why? We dive into the resistance in Imperial Valley and beyond.You can follow us on Instagram at⁠ ⁠⁠⁠@usc_electricfutures⁠⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:⁠The Data Center Next Door, Key Considerations for Communities Navigating Data Center Development⁠⁠How to Create a Climate Podcast⁠-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. This episode was directed and story edited by Mallory Carra. It was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, and S-R Meredith. Video interviews were directed by Makayla Idelburg. With special thanks to USC professors Leslie Berestein Rojas and Edward Lifson.Our cover art is by Kim Ly. All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound.

In this episode, we explore how communities think about jobs when a data center comes knocking. When a data center comes to town, will it bring high paying jobs to a community? Could this be the main benefit of hosting a data center in your community? You can follow us on Instagram at⁠ ⁠⁠⁠@usc_electricfutures⁠⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:⁠The Data Center Next Door, Key Considerations for Communities Navigating Data Center Development⁠⁠How to Create a Climate Podcast⁠-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. This episode was directed and story edited by Mallory Carra. It was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, and S-R Meredith. Video interviews were directed by Makayla Idelburg. With special thanks to USC professors Leslie Berestein Rojas and Edward Lifson.Our cover art is by Kim Ly. All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound.

In our Season 3 finale, we explore what it is about data centers that has been creating animosity across the country. Is it the pushback against what powers artificial intelligence…or is it something else?You can follow us on Instagram at⁠ ⁠⁠⁠@usc_electricfutures⁠⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:⁠The Data Center Next Door, Key Considerations for Communities Navigating Data Center Development⁠⁠How to Create a Climate Podcast⁠-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. This episode was directed and story edited by Mallory Carra. It was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, and S-R Meredith. Video interviews were directed by Makayla Idelburg. With special thanks to USC professors Leslie Berestein Rojas and Edward Lifson.Our cover art is by Kim Ly. All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound.

In this deeply raw and eye-opening episode, Susan sits down with Nicole Bell to uncover the devastating reality of chronic Lyme disease, misdiagnosis, and the critical gaps in modern testing.Nicole shares the powerful and heartbreaking story of her husband's journey, from subtle personality changes and memory loss to a misdiagnosis of early-onset Alzheimer's… and ultimately, the truth that was missed for far too long. His experience sheds light on a much bigger issue: how thousands of people are falling through the cracks of a system that isn't equipped to detect complex, stealth infections.This conversation goes far beyond Lyme disease. It's about advocacy. It's about asking better questions. And it's about understanding that symptoms are not random, they are signals.Susan and Nicole break down why traditional testing often fails, how infections can mimic neurological and psychiatric conditions, and why getting the right diagnosis could change everything.If you've ever felt like something is “off” in your body but no one can explain why, this episode is for you.In This Episode:How Lyme and co-infections can mimic conditions like Alzheimer's, anxiety, and psychiatric disordersLearn more about our guest Nicole BellNicole is an experienced executive in the medical device and diagnostics industries in roles ranging from science and engineering to business development and marketing. At Advanced Liquid Logic, a company that sold to Illumina for $96M, she ran product management and interfaced with top companies across medical diagnostics. At TransEnterix Surgical, she served as the Vice President of Research and Development, driving the development of the surgical robot from breadboard design to FDA submission in 3 years and propelling the company's market cap to over $500M.She holds a Bachelor's and Master's degree from MIT in Materials Science and Engineering, as well as a Master's of Science degree in Biomedical Engineering from Duke University. Her best-selling and award-winning memoir, What Lurks in the Woods, vividly details her family's experience with undiagnosed tickborne infection. This firsthand knowledge of the devastating impact of misdiagnosed chronic illness fuels her passion to drive a new diagnostic standard of care for the industry. She also served as the primary author of “The State of Lyme Disease Research in the United States,” and regularly collaborates with the Center for Lyme Action to change the political landscape for Lyme Disease and related coinfections.RESOURCES:Connect with Nicole Bell:Website: https://www.galaxydx.com/Instagram: https://www.instagram.com/galaxydiagnostics/Facebook: https://www.facebook.com/galaxydxYouTube: https://www.youtube.com/@GalaxyDiagnosticsVideosLinkedIn: https://www.linkedin.com/company/galaxy-diagnostics-inc-/posts/?feedView=allhttps://healthyawakening.co/2026/04/13/episode119/Connect with Susan: https://healthyawakening.co/Visit the website: healthyawakening.co/podcastFind listening links here: https://healthyawakening.co/linksP.S. Want reminders about episodes? Sign up for our newsletter, you can find the link on our podcast page! https://healthyawakening.co/podcast

In the second episode of our Chem & Pharma North America series, we explore the science behind failure analysis with Stephen French, our subject matter expert.From corrosion and fatigue to polymer cracking and material defects, Stephen breaks down how metallurgical investigations help uncover the true root cause when a component does not perform as expected.You'll hear real-world examples, learn about the advanced analytical techniques used during investigations, and discover how deeper material insights help prevent repeat failures, improve safety, and support smarter engineering decisions.Speaker: Stephen French, PE, Senior Failure Analyst/Engineer, Intertek Allentown LaboratoryFollow us on- Intertek's Assurance In Action ||  Twitter || LinkedIn.

Have you ever wondered what might happen if you crossed an agricultural community with the highest form of human technology?We went to the Valley to find out! In this season of Electric Futures, we describe how the demand for AI is altering the fabric of not only California's Imperial Valley but of communities across the country. In this first episode, we catch you up on what's happening in the Valley and discover the most amazing coincidence that sharpens our interest and brings this season closer to home…This is Season 3 of Electric Futures: The Data Center Next Door.You can follow us on Instagram at⁠ ⁠⁠@usc_electricfutures⁠⁠⁠.Additional resources from USC's Annenberg Center for Climate Journalism and Communication:The Data Center Next Door, Key Considerations for Communities Navigating Data Center DevelopmentHow to Create a Climate Podcast-----Electric Futures is an original podcast from the University of Southern California, hosted by me, Charles Zukoski, the Vivian Professor of Chemical Engineering and Materials Science and the former USC Provost. This series was executive produced by Allison Agsten, the director of USC's Annenberg Center for Climate Journalism and Communication.USC Annenberg professor Mallory Carra is our supervising producer. Natalie Lopez and Spencer Cline are our associate producers. Imperial Valley College student Tahjah Fortune is our production assistant. This episode was directed by Spencer Cline and story edited by Mallory Carra. It was edited and sound designed by Spencer Cline.Technical supervision was provided by Sebastian Grubaugh, Tom Norris, and S-R Meredith. Video interviews were directed by Makayla Idelburg. With special thanks to USC professors Leslie Berestein Rojas and Edward Lifson.Our cover art is by Kim Ly. All music and sound effects are used with express permission under unlimited blanket license authority from Epidemic Sound. 

What if a microscopic alien lifeform was slowly eating our sun? Neil deGrasse Tyson and Chuck Nice sit down with Andy Weir, the bestselling author of Project Hail Mary, for a deep dive into designing aliens, science fiction, and science behind the book (and the movie.) NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here:  https://startalkmedia.com/show/project-hail-mary-with-andy-weir/ Thanks to our Patrons RT, Matthew Wessel, Tyler Walker, nuclear_detergent, Ryan Buchanan, The Lord of the Ganja, Tyrone Morgan, Ciara Steinert, Fabian De Rossi, Travis Anders, Dee El Dee, Lazzarous, Moshe Sedero, Sebastian Heineberg, David, Casey Sizeland, Anna, Simon Franklin, Chris Carley, ohhdontdoit, hilde, Jim Niemann, Jesse Lee, Sri Harsha Chennavajjala, grbac6800, Mike, Aviad Pineles, salima makitina, Gero Finke, Nick Charles, David Shapiro, Diyako Kochar Taymur, David Kunz, Bob, Doug, Aviral Bhatnagar, Matthew Sims, Squibb Thompson, Theta544, D00gster x702, Kyle Sullivan, John Hermansen, April Stearns, Brian Eastwood, jassim tazi, Kassious, Gustavo Rincon, Reloadown, Tom Kavanaugh, Kay 1, George Grimes, Barbara Lewis, Davey Maclaren, Blake Muccini, Sydney, MISFIT, Mohammed Nadeem Amin, JB, rasma, Chris, Glenn Whelan, Elizabeth Grey, Eli Hadden, Elias Holguin, Darrell Thayer, Jason, Shayla Hamady, Bradley Martin, jamie jarrard, Robert Douglas Brown, Michael Johnston, Kristine Nixon, VirusJTG, Briana Bartlett, Tim Rea, Leo Carrasco, Christopher Friedline, belle g, Carver Nevling, Emily Winter, Draxontheyeen, Leslie, Bombed Blonde, Shadow, Brian, Sam Smith, Brianna Smith, Evan Q, Anzhr, Jolo, Austin Applegate, Bryan Smarkola, Steven Patterson, Femke Seynaeve, Bee, Jeffrey Macris, Stan Ginsel, Bob M, Eric, and Yet Another Patron for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Big news for Kentucky manufacturing

Season three of Electric Futures, the USC energy transition podcast, takes listeners back to California's Imperial Valley, a region explored throughout season one in connection with the county's potential for lithium extraction. A lot has changed since then. Plans for lithium extraction are stalled due to lawsuits and a new set of developers has come to town: hyperscalers. Host Charles Zukoski, the Robert E. Vivian Professor in Energy Resources and Professor of Chemical Engineering and Materials Science and Biomedical Engineering, has been tracking the news since last summer, when word began to circulate that one of the largest data centers in the country might tap into the region's rich geothermal resources.Demand for data centers—the physical embodiment of AI —is growing so rapidly that their global electricity consumption will more than double by 2030. But pushback from communities is also growing. Concerned residents worry about rising electricity bills, environmental degradation, and AI itself. Does the benefit of data center development in places like Imperial Valley outweigh the costs?

In this podcast episode, MRS Bulletin's Sophia Chen interviews Barry Rand and his graduate student Tuo Hu at Princeton University about their research on how perovskites interact with metals. For their device, the researchers made a sandwich of gold and indium tin oxide with the perovskite methylammonium lead triiodide in the middle. The charges in their device move two to three orders of magnitude slower than charges in a solid-state electrolyte battery, leading the researchers to draw parallels between the two types of devices. This work was published in a recent issue of Energy and Environmental Science.

Replicating Nature  As the effects of anthropogenic greenhouse gas emissions become increasingly well understood, researchers like Dr. Peidong Yang at UC Berkeley are developing technologies that address human-caused climate change with a nature-based approach. Dr. Yang's artificial leaves capture sunlight and carbon dioxide and produce C2, a key precursory ingredient in the production of many everyday items.    Diving Deeper  Though synthetic fuels have been manufactured for over a century - by combining carbon monoxide and hydrogen - these new structures may be able to generate fuel in a more sustainable way by harnessing solar energy. The artificial leaves produce ethylene and ethane, showing that artificial leaves can create hydrocarbons; previously, similar structures have only been able to separate water into oxygen and hydrogen.  A few innovations make this process possible. One is the catalyst, a microscopic copper structure, flower-like in appearance. According to another scientist working on the project, Virgil Andrei, the copper nanoflowers can be adjusted, based on the desired outcome: “Depending on the nanostructure of the copper catalyst you can get wildly different products.” Another innovation occurs on the side of the device opposite the nanoflowers -    Benefits  The benefits for climate change are two fold. First, these artificial leaves can remove CO2 that's already been released into the atmosphere by mimicking what natural leaves do through photosynthesis. These artificial leaves uptake CO2 from the air, and use it to make all sorts of different chemicals that can be utilized to create fuel.  The second major benefit is this technology is an opportunity to revolutionize the current chemical industry. Right now, the chemical industry is powered by fossil fuels converted into the liquid fuel that powers our society. Instead, this artificial photosynthesis allows scientists to create those same very useful chemicals from the CO2 being uptaken by the artificial leaves without any added emissions in the process. Though the carbon will be reemitted once this fuel is used, it works out to be a net carbon-neutral system because the cycle continues—the artificial leaves will reuptake this CO2 as well. So, this net carbon-neutral system is drastically better than the current fossil fuel based system driving our climate crisis.    Issues of Scale Though this artificial leaf technology is promising for a number of future applications, it's not ready to be scaled yet. Though the trial system worked, it's just one step towards developing a commercially viable product. Another scientist, Yanwei Lum, emphasizes that, “The performance is still not sufficient for practical applications.” Once the leaves' durability and efficiency is improved, they will be adoptable for fuel production. Andrei is optimistic that this step forward could come in the next five to ten years.    Yang's take on the future of Artificial Leaves  Currently, the costs and energy needed for the technology are relatively high just because of how new it is. But Yang is confident that they will be able to bring the costs done, as well as the energy needed for the actual chemistry to happen. He also notes that for this to actually revolutionize our fuel production, this technology needs to be implemented at a massive scale. He hopes to see policies mandating new carbon capture technology in the conversion industry down the road.    About our Guest Peidong Yang is a chemist, material scientist, and businessman. He is the S.K. and Angela Chan Distinguished Professor of Energy, as well as a Professor of Chemistry and a Professor of Materials Science at the University of California, Berkeley. Dr. Yang researches materials chemistry, solid state chemistry, inorganic chemistry, and physical chemistry, focusing on low-dimensional nanoscopic building blocks that are used to assemble complex architectures with novel chemical and physical properties.   Further Reading Andrei et al., Perovskite-driven solar C2 hydrocarbon synthesis from CO2 Ashleigh Papp (Berkeley Lab), Scientists develop artificial leaf that uses sunlight Department of Energy, Perovskite solar cells  Carly Kay (MIT), This artificial leaf makes hydrocarbons out of carbon dioxide   For a transcript of this episode, please visit climatebreak.org/photosynthesis-through-artificial-leaves-with-dr-peidong-yang

In this podcast episode, MRS Bulletin's Laura Leay interviews Kunli Xiong from Uppsala University in Sweden about his development of metapixels as small as 560 nm, conducive for small video displays that can be located close to the human eye. Instead of using emissive pixels, Xiong uses electronic paper made up of tungsten trioxide nanodisks. By tuning the diameter and spacing of the nanodisks, certain wavelengths of light can be selectively reflected, leading to a color display. The degree of light reflection can be modulated by making use of the material's electrochromic properties. This work was published in a recent issue of Nature. 

In this podcast episode, MRS Bulletin's Sophia Chen interviews Jing Li at Rutgers University and Kun Zhu at the Max Planck Institute of Microstructure Physics about the material and a solution-based manufacturing process they introduced to produce deep blue light-emitting diodes (LEDs). The LEDs emit light at 460 nm. The LED consists of several layers, beginning with an indium tin oxide (ITO) substrate that serves as an electrode. Above the ITO is a single molecular layer of the polymer, polymethyl methacrylate. An 85-nm layer of the emissive hybrid copper iodide material goes on top of the polymer, which forms hydrogen bonds with the emissive material. These hydrogen bonds serve two purposes. They make the hybrid material less reactive, which improves the LED's stability. The hydrogen bonds also help introduce electrons and holes in balanced numbers into the emissive material, allowing it to emit light more efficiently. This dual hydrogen bonding approach is unique to the researchers' process. This work was published in Nature.

What if the secret to better gut health, fighting climate change, and creating incredible flavours was hiding in your kitchen all along? In this episode of The Good Food Podcast, host Samuel Goldsmith sits down with Dr. Johnny Drain, scientist, sustainability innovator, and author of Adventures in Fermentation, to explore the fascinating world of microbes and how they're reshaping our food system. In this episode, you'll discover: • Why fermentation isn't just a trendy food hack, it's been feeding humanity for thousands of years• The surprising everyday foods that are fermented (hint: it's not just kimchi and kombucha)• Simple, science-backed tips to improve your gut health without expensive supplements• How Dr. Drain invented cocoa-free chocolate from food waste to combat deforestation and slavery• The truth about personalised nutrition and why generic gut health advice doesn't work• A wild story involving aged butter, wood ash, and an accidental soap disaster at Noma• Why zombie ants controlled by fungi might hold clues to understanding our own microbiomes From transforming potato peelings into gourmet ingredients to touring the world in a rock band, Dr. Drain's journey from material science PhD to fermentation expert is as unconventional as it is inspiring. Whether you're a fermentation newbie or a seasoned sauerkraut maker, this conversation will change how you think about the food on your plate and the trillions of microbes living inside you. Dr Johnny Drain works at the cutting edge of food, fermentation and sustainability, exploring how we can feed the world in a more healthy, equitable and ecologically-friendly way. Part-cook, part-designer and part-scientist (having earned his PhD in Materials Science from the University of Oxford), his collaborators have included Noma's Nordic Food Lab, zero-waste pioneers Silo and the Argentinian Ministry of Agriculture. Johnny co-founded MOLD Magazine, and as an occasional TV presenter his work has garnered millions of views online. Most recently he set up Win-Win, which became the world's first company to bring a cocoa-free chocolate to market in 2022. Subscribers to the Good Food app via App Store get access to the show ad-free, and with regular bonus content such as interviews recorded at the good food show. To get started, download the Good Food app today. Learn more about your ad choices. Visit podcastchoices.com/adchoices

In this podcast episode, MRS Bulletin's Sophia Chen interviews Jingshan Du from Pacific Northwest National Laboratory about his group's high-resolution characterization of ice formation. Freezing liquid water between amorphous carbon membranes into single-crystalline ice enabled high-resolution transmission electron microscope imaging. The carbon membranes protected the ice from sublimation in the high vacuum. It was also a good electric conductor, which helped reduce charge buildup on the ice. Charge buildup can cause additional damage to the crystal. From the images they took, the researchers discovered how ice remains stable even with defects such as skewed crystal structure. This work was published in a recent issue of Nature Communications.

In this podcast episode, MRS Bulletin's Laura Leay interviews Harry Schrickx and Brendan O'Connor from North Carolina State University about their proof-of-concept for a miniaturized spectrometer. With the use of organic components, the spectrometer has a low-power requirement and is sensitive to wavelengths ranging from ultraviolet to near infrared. A unique feature of the design is back-to-back diodes. The research group uses a reconstruction algorithm to determine the spectrum of the incident light, having first been trained using known wavelengths of monochromatic light. The algorithm accounts for noise and instability in the final solution to produce the spectrum. This work was published in a recent issue of Device.

In this episode of the Solar Maverick Podcast, host Benoy Thanjan sits down with Dr. Hunter McDaniel, CEO of UbiQD, a quantum materials company redefining how light interacts with solar technology. Hunter breaks down quantum dots and explains how this nanotechnology can dramatically improve solar performance by optimizing the light spectrum. The conversation dives deep into UbiQD's landmark supply agreement with First Solar, including how quantum dots can significantly boost bifacial solar efficiency, especially for thin-film modules. The episode also explores broader applications of quantum dots from building-integrated photovoltaics, solar windows, to agriculture and offers hard earned advice for clean-tech and deep-tech entrepreneurs navigating long commercialization cycles. Key Topics Covered What quantum dots are and why they matter for solar How nanotechnology enables light optimization and higher PV efficiency Inside UbiQD's strategic partnership with First Solar Improving bifacial performance in thin-film solar modules Why materials innovation gives U.S. solar a competitive edge Solar windows, BIPV, and the future of net-zero buildings Lessons from building a deep-tech energy startup over 10+ years Why entrepreneurs should focus on solving pain points, not just technology Notable Takeaways Quantum dots allow precise tuning of light to match a solar cell's most efficient spectrum Small efficiency gains in solar can translate into massive real-world impact at scale Bifacial solar performance represents one of the biggest remaining efficiency frontiers Building-integrated solar may be essential for dense, urban, high-rise environments Deep-tech founders must stay customer-focused and resilient through long timelines Biographies Benoy Thanjan Benoy Thanjan is the Founder and CEO of Reneu Energy, solar developer and consulting firm, and a strategic advisor to multiple cleantech startups. Over his career, Benoy has developed over 100 MWs of solar projects across the U.S., helped launch the first residential solar tax equity funds at Tesla, and brokered $45 million in Renewable Energy Credits (“REC”) transactions. Prior to founding Reneu Energy, Benoy was the Environmental Commodities Trader in Tesla's Project Finance Group, where he managed one of the largest environmental commodities portfolios. He originated REC trades and co-developed a monetization and hedging strategy with senior leadership to enter the East Coast market. As Vice President at Vanguard Energy Partners, Benoy crafted project finance solutions for commercial-scale solar portfolios. His role at Ridgewood Renewable Power, a private equity fund with 125 MWs of U.S. renewable assets, involved evaluating investment opportunities and maximizing returns. He also played a key role in the sale of the firm's renewable portfolio. Earlier in his career, Benoy worked in Energy Structured Finance at Deloitte & Touche and Financial Advisory Services at Ernst & Young, following an internship on the trading floor at D.E. Shaw & Co., a multi billion dollar hedge fund. Benoy holds an MBA in Finance from Rutgers University and a BS in Finance and Economics from NYU Stern, where he was an Alumni Scholar.   Dr. Hunter McDaniel  Dr. Hunter McDaniel is the CEO and Co-Founder of UbiQD, a quantum dot materials company focused on transforming energy, agriculture, and advanced materials through nanotechnology. He holds a PhD in Materials Science and previously conducted research at Los Alamos National Laboratory. Under his leadership, UbiQD has partnered with industry leaders like First Solar and continues to scale next-generation quantum dot manufacturing.   Stay Connected: Benoy Thanjan Email: info@reneuenergy.com  LinkedIn: Benoy Thanjan Website: https://www.reneuenergy.com Website: https://www.solarmaverickpodcast.com/       Dr. Hunter McDaniel       Linkedin: https://www.linkedin.com/in/hunter-mcdaniel-4563a735/      UbiQD: https://www.ubiqd.com       UbiGro (Agriculture): https://www.ubigro.com       https://wendow.us/       TED Talk       https://www.youtube.com/watch?v=GJ4whsRZoN4   Press Release  UbiQD and First Solar Establish Long-Term Quantum Dot Supply Agreement https://www.prnewswire.com/news-releases/ubiqd-and-first-solar-establish-long-term-quantum-dot-supply-agreement-302500720.html   Please provide 5 star reviews      If you enjoyed this episode, please rate, review and share the Solar Maverick Podcast so more people can learn how to accelerate the clean energy transition.    Reneu Energy Reneu Energy provides expert consulting across solar and storage project development, financing, energy strategy, and environmental commodities. Our team helps clients originate, structure, and execute opportunities in community solar, C&I, utility-scale, and renewable energy credit markets. Email us at info@reneuenergy.com to learn more.

In this podcast episode, MRS Bulletin's Laura Leay interviews Nitin Padture, who is the Otis E. Randall University Professor and the founding Director of the Initiative for Sustainable Energy at Brown University, about his group's work uncovering the cracks in a substrate that was coated with a transparent-conducting oxide thin film. This cracking, they discovered, contributes toward the degradation in the electronic properties of devices. The group's next step was to mitigate the cracking. This work was published in a recent issue of NPJ Flexible Electronics.

Overview This special episode of the Tick Boot Camp Podcast was recorded live at the 2nd Annual Alzheimer's Pathobiome Initiative (AlzPI) and PCOM Symposium in collaboration with Pathobiome Perspectives. Hosted by Ali Moresco in partnership with Nikki Schultek (Executive Director, AlzPI), the conversation advances the Tick Boot Camp mission of exploring infection-associated chronic illness (IACI)—including Lyme disease and other tick-borne infections—within the global Alzheimer's and neuroimmunology community. Tick Boot Camp co-founders Matt Sabatello and Rich Johannesen partnered with Ali and Nikki to amplify voices connecting tick-borne illness, microbes, and cognitive decline. This episode features Nicole Bell—author, entrepreneur, and CEO of Galaxy Diagnostics—whose memoir What Lurks in the Woods documents her late husband Russ's misdiagnosed tick-borne illness and their search for answers. Guest Nicole Bell Author of What Lurks in the Woods CEO, Galaxy Diagnostics Advocate for tick-borne and neurodegenerative disease BS/MS, Materials Science & Engineering (MIT) MS, Biomedical Engineering (Duke University) At the Symposium, Nicole presented “When the brain pathobiome becomes personal,” sharing her family's journey and new findings from Russ's donated brain: laboratory evidence of Borrelia burgdorferi, Chlamydia pneumoniae, and Babesia otocoli (a species long thought to be deer-restricted) in brain tissue—data now being prepared for publication. Researchers also noted elevated heavy metals (lead, mercury), underscoring how polymicrobial infection plus toxic exposures may converge to drive neuroinflammation and Alzheimer's-like decline. Key Discussion Points Nicole details how repeated “normal” neurology workups masked a complex pathobiome process. She explains why standard two-tier Lyme serology can miss true infection, how direct detection can change care, and why patients should consider Bartonella and Babesia alongside Lyme. She outlines hallmark Bartonella clues—including striæ that resemble stretch marks (often more visible after hot showers), neuropsychiatric manifestations (irritability, anxiety, OCD, tics), ocular and joint involvement—and highlights non-tick vectors (notably fleas and household cats) that expand risk beyond forest exposure. Nicole advocates for building a diagnostic toolkit that combines serology with sensitive direct tests to clarify which pathogens are active—critical because Borrelia, Bartonella, and Babesia require different treatment paradigms. Looking forward, she envisions comprehensive screening panels for midlife cognitive changes that integrate pathogen load, host immune signatures, and toxin status, enabling earlier, targeted interventions. “Everyone wants a simple A→B. But the toughest chronic conditions are subtle and multifactorial. Accurate data, direct detection, and a clinician who will go on the journey with you can change everything.” — Nicole Bell Why It Matters Nicole's story humanizes the science: polymicrobial infection + toxins + host factors can look “psychiatric” or “idiopathic” until modern testing reveals the underlying pathobiome. Her advocacy pushes medicine toward precision diagnostics, earlier detection, and pathogen-informed care that may prevent years of decline. About the Event Recorded at the 2nd Annual Alzheimer's Pathobiome Initiative (AlzPI) and Philadelphia College of Osteopathic Medicine (PCOM) Symposium on October 3, 2025, at Ohio University (Dublin, Ohio). The meeting convened global experts investigating how microbes, the microbiome, and immune responses contribute to Alzheimer's, dementia, PANS/PANDAS, and other infection-associated chronic illnesses (IACI). This episode is part of a Tick Boot Camp series connecting chronic Lyme research with cutting-edge brain-immune science. Learn More Learn more about the Alzheimer's Pathobiome Initiative (AlzPI) Listen to Tick Boot Camp Podcast episodes, including Episode 406: Pathobiome – An Interview with Nikki Schultek, Episode 101: The Young Gun – An Interview with Alex (Ali) Moresco, and Episode 216: What Lurks in the Woods – an interview with Nicole Bell discussed in this interview.

Eugenia Mirica, PhD is the Laboratory Director of the Materials Science Laboratory at EMSL Analytical, Inc in Cinnaminson, NJ. Eugenia received her Ph.D. in Materials Science from Stevens Institute of Technology in 2002. She joined EMSL at the end of 2002 and she has been with the company ever since. Her expertise involves complex analyses employing a large variety of analytical techniques, utilized for the identification and the comprehensive characterization of various types of materials.

In this podcast episode, MRS Bulletin's Laura Leay interviews Anoop Krishnan from the Indian Institute of Technology in New Delhi, India, about a machine learning model developed after a two-year period of collecting data from the cement industry, supported by the Cement and Concrete Research Network. Krishnan's work resulted in a model that predicts the alite, belite, and ferrite content in the clinker produced by a given cement plant. These phases control cement quality and give strength to the cement over different curing times. This work was published in a recent issue of Communications Engineering.

In this podcast episode, MRS Bulletin's Laura Leay interviews Mischa Bonn, director of the Max Planck Institute for Polymer Research in Germany and Dr. Yongkang Wang, group leader affiliated with the Max Planck Institute for Polymer Research as well as Southeast University in Nanjing, China about their research on nanoconfined water. The researchers determined that interfacial rather than nanoconfinement effects govern water structure at the eight Ångstrom level. At five Ångstroms, nanoconfinement effects start to appear with the water molecules starting to lie flat, parallel to the interfaces, and the hydrogen bonding network beginning to weaken. The results may lead to a better understanding of nanofluidic devices, and have implications for desalination, water purification, and hydrogen generation.This work was published in a recent issue of Nature Communications. 

In this podcast episode, MRS Bulletin's Laura Leay interviews Christos Athanasiou from the Georgia Institute of Technology about their approach to the recycling problem from a mechanics-materials perspective. Current recycling approaches can lead to a product with variable properties, which is undesirable. Through a bio-inspired design, Athanasiou's group built a structure similar to bricks and mortar where the bricks, measuring a few centimeters across, are made from recycled plastic and held together by virgin material, leading to a recycled content of 70%. The stiffness variability was reduced by around 90% compared to using only recycled plastic. This work was published in a recent issue of the Proceedings of the National Academy of Sciences. 

On University of Illinois's Grainger College of Engineering Week: To understand obesity, we need to look into our cells. Cecilia Leal, professor of materials science and engineering, explores. Cecilia Leal has been a professor of Materials Science and Engineering at the University of Illinois' Grainger College of Engineering since 2012. Her lab investigates lipids, soft, […]

Batteries have become an essential component of our daily life. They power our smartphones, laptops, tablets, and many of the cars around us. They are also key to the renewable energy transition. Building better batteries requires the design of materials whose chemical composition and structure evolve drastically on charge and discharge, yet those changes must be perfectly reversible for the device to sustain hundreds or thousands of charge-discharge cycles. Raphaële Clément, Associate Professor of Materials Department at UC Santa Barbara, explains why this is a challenging task that necessitates an atomic-level understanding of the inner workings of battery materials. Clément is working to establish materials design rules and optimize materials processing approaches to advance electrochemical energy storage. Series: "GRIT Talks" [Science] [Show ID: 41031]

There's a lot more to gems than just sparkly rocks. While we can't promise they'll cleanse bad vibes, we can dive into the incredible science behind them. In this episode, Andrew and Taylor chat with Mubashir Mansoor, a gemologist and PhD candidate in Materials Science at Istanbul Technical University, to uncover the rich past of gemstones and how they are shaping the future. From restoring a man's sight to a possible future in quantum computing, these crystals hold more secrets than you'd think. We trace the evolution of gem technology, from bamboo rods and coal to high-tech scanners that can spot microscopic flaws and reveal exactly where a gem was mined. Most importantly we discuss how gemologists are looking for help from materials scientists and engineers to help crack the secrets of these sparkly rocks. Diamonds are Forever: The Evolution of the Bionic Eye [LINK] This episode is sponsored by the American Ceramics Society Learning Center. Visit ceramics.org/materialism to learn more or use code MATERIALISM to get $100 off your next On-Demand course registration. This Materialism Podcast is sponsored by Materials Today, an Elsevier community dedicated to the creation and sharing of materials science knowledge and experience through their peer-reviewed journals, academic conferences, educational webinars, and more. Thanks to Kolobyte and Alphabot for letting us use their music in the show! If you have questions or feedback please send us emails at materialism.podcast@gmail.com or connect with us on social media: Instagram, Twitter. Materialism Team: Taylor Sparks, Andrew Falkowski, & Jared Duffy.

The Ten Across Resilience Network convened in Jacksonville, Florida, in April to share strategies from their communities—the hottest in the nation—for mitigating the mortality and economic loss caused by extreme heat, and to identify common obstacles to both long-term planning and immediate response. Representatives from the Federation of American Scientists (FAS) joined the exercise to discuss and document the findings.  With co-author Dr. Melissa Guardaro, Senior Global Futures Scientist for ASU's Global Futures Lab, FAS's Grace Wickerson has drafted a set of policy recommendations for all levels of government and non-governmental actors, “Framework for a Heat-Ready Nation.” This document draws heavily upon the recommendations, challenges and successes raised by Ten Across participants and outlines a series of steps that can be taken to protect people and their livelihoods from rising temperatures nationwide.  In this episode, Grace walks us through the five high-priority measures defined in the report;  how these points were determined and what it will take to see them carried out. A scientist recognized for their policy advocacy work by last month's 2025 Grist 50 list, Grace discusses the importance of decisions based on sound science, and how to move forward even as most federal climate policy is rolled back.   Relevant Articles and Resources  Framework for a Heat-Ready Nation (Ten Across/Federation of American Scientists, July 2025)  2025 Heat Policy Agenda (Federation of American Scientists, January 2025)  “As summer ends, Maricopa County is on track to see fewer heat-related deaths than last year” (KJZZ, September 2025)  “Ten Across Joins 60+ Organizations in Supporting Federal Policy Agenda for Tackling Extreme Heat” (Ten Across blog, January 2025)  “Here's why an Arizona medical examiner is working to track heat-related deaths” (NPR, June 2024)  Relevant Ten Across Conversations Podcasts  ASU Researchers Tackle Extreme Heat Relief as Phoenix Temps Soar  Urban Planners: The Unexpected Champions of the U.S. Heat Resilience Effort  What Some of the Hottest Cities on The 10 Are Doing to Address Deadly Heat  CreditsHost: Duke ReiterProducer and editor: Taylor GriffithMusic by: Dew of Light and Lennon HuttonResearch and support provided by: Kate Carefoot, Rae Ulrich, and Sabine Butler  About our guest  Grace Wickerson is senior manager of Climate and Health on the Climate and Environment team at the Federation of American Scientists. Grace leads programmatic work to showcase how a changing climate impacts health outcomes and public health and healthcare systems through emerging threats like extreme heat and wildfire smoke. Grace holds a master's of science in Materials Science and Engineering from Northwestern University and was named to this year's Grist 50 list of climate and justice advocates to watch.

"We understand each other, and we are saying we share the same humanity." In this episode, Drew sits down just outside Shanghai with Rao Rao,  Hoffman China teacher trainee, co-founder and CEO of the Hoffman China Center, and seasoned business leader. In June of 2024, life pushed Rao Rao in the direction of Hoffman. She'd been doing healing work after a series of events that caused her to turn inward. Already immersed in the world of Vipassana meditation when she came to the Process, she was determined to end her suffering and felt that would happen if she could get to the ego-less state. But at her Process, her teacher told her she needed to be messier. That she needed to let herself grow, to speak up for herself, to do what she wants rather than what she thinks she should do. This was the beginning of her big internal transformation. Listen in to hear the beautiful, embodied stories of this transformational shift, including a moment with a hawk while seated on Guardian Rock at the Petaluma retreat site. This is exciting news about the establishment of the first Hoffman Process center in China. Rao Rao describes why there is a great need for Hoffman in China at this time. She shares that we are all the same in our capacity to feel and be present in our hearts. More about Rao Rao: Rao Rao holds an M.Sc. in Management Research from Saïd Business School, University of Oxford. She also holds master's and bachelor's degrees in Materials Science and Engineering from Tsinghua University. She is the co-founder and CEO of the Hoffman China Center and a Hoffman teacher trainee. She is a seasoned business leader with nearly two decades of experience in consulting, marketing, strategy, and operations across industries such as consumer goods, TMT, and internet ventures. Driven by her passion for human consciousness and organizational transformation, she transitioned from corporate leadership in 2022 to pursue this mission. Since April 2024, she has served as a consultant for Evolve Foundation Fund and has spearheaded the launch of the Hoffman Process in China. Rao Rao resides in Shanghai with her husband, Yuekui, their two daughters, Yaoyao and Nannan, and their golden hamster, Xiaobai. Listen on Apple Podcasts As mentioned in this episode: About Bo Shao: Bo Shao is a successful serial entrepreneur and venture capitalist. In 2018, he stepped away from all commercial activities to devote himself entirely to philanthropy. Bo invested his own money to start the Evolve Foundation. Evolve aims to increase the happiness of the entire society and raise the consciousness level of humanity. Hoffman teachers: Raz Ingrasci - Listen to Raz on the Hoffman Podcast: Husband, Father, Son Volker Krohn - Listen to Volker on the Hoffman Podcast: Re-Initiated Into the Family of Humanity Caroline Guan - General Manager for Evolve Institute in China More on the research done on the Hoffman Process Vipassana meditation and retreat Ego death "The way out is through." (From the Hoffman Process Integration Manual) Guardian Rock, photo by Drew Horning Guardian Rock Hoffman Process Retreat Center, Petaluma, California Guardian Rock can be accessed by following a hiking trail up one of the hills on the site. It overlooks a stunning valley. Petaluma's name originates from the Miwok village of Péta Lúuma, located on the banks of the Petaluma River. read more... Eagles in Petaluma, California - Bald Eagles and Golden Eagles.    

Many ecosystems fall short of their full potential because they're designed around Earth's limitations. The revelation? Gravity isn't just a physical force—it's an economic barrier costing America trillions in unrealized breakthroughs across semiconductors, pharmaceuticals, and defensetechnologies.While ecosystem architects optimize terrestrial manufacturing, they overlook a fundamental constraint: Earth's gravity creates atomic-level defects that make perfect materials impossible. Lynn Harper (NASA InSPA) and Dr. Dan Rasky (SpaceX Dragon heat shield inventor) reveal the mathematical reality: microgravity manufacturing achieves 90% yields where Earth struggles to reach 5%—a 1,800% performance gap that redefines competitive advantage.Paradigm Shifts:→ The Seed Crystal Revolution: Space doesn't replace Earth manufacturing—it creates "perfect" molecular templates that unlock Earth's potential. One space-grown crystal can seed millions of perfect Earth products.→ The $2 Trillion Gravity Tax: Every semiconductor, pharmaceutical crystal, and advanced material manufactured on Earth carries atomic-level defects. Space manufacturing eliminates this fundamental limitation.→ From Quantum to Human Impact: First mathematical proof that microgravity improves material organization at every scale—from atomic structures to human tissue engineering.→ The 10X Cost Paradox: Metric-based space contracting delivers 10X cost savings vs traditional aerospace development—making space manufacturing economically inevitable.Ecosystem Impact:→ United Semiconductor: 5% Earth yield → 90% space yield in identical conditions → Merck Keytruda: First uniform cancer drug crystals achieved in microgravity → 7.4 miles of commercial ZBLAN optical fiber: Breaking all world records for performance → 80% of 500+ space-manufactured crystals outperform Earth equivalentsThe Innovation: NASA's InSPA program demonstrates systematic superiority across materials science, proving microgravity manufacturing isn't experimental—it's the next industrial revolution. Combined with SpaceX's reusable transportation breakthrough, space manufacturing transitions from science fiction to economic reality.Strategic Application: Any ecosystem dependent on advanced materials—from quantum computing to personalized medicine—can achieve unprecedented performance by incorporating space-manufactured components or seed crystals into terrestrial production.Strategic Reframe: The most competitive ecosystems will shift from asking "How do we optimize Earth manufacturing?" to understanding: "Which materials require space perfection to unlock their full potential—and how do we architect hybrid space-Earth production systems?"The question isn't whether this transforms manufacturing. The question is: Will America lead this ecosystem transformation, or watch others capture the trillion-dollar opportunity?#EcosystemicFutures #SpaceManufacturing #Microgravity #NASA #MaterialsScience #SpaceEconomy #InnovationGuests: Lynn Harper,Strategic Integration Advisor, ISS National Laboratory | Co-founder, NASA InSPA PortfolioDr. Dan Rasky, Senior Scientist, NASA Ames | SpaceX Dragon Heat Shield Inventor | Co-founder, NASA Space PortalHosts: Marco Annunziata, Co-founder, Annunziata Desai AdvisorsDyan Finkhousen, Founder & CEO, Shoshin WorksSeries Hosts:Vikram Shyam, Lead Futurist, NASA Glenn Research CenterDyan Finkhousen, Founder & CEO, Shoshin WorksEcosystemic Futures is provided by NASA Convergent Aeronautics Solutions Project in collaboration with Shoshin Works.

Asheesh is a mechanical engineer with over 15 years of experience in research, teaching, and entrepreneurship. He's an Associate Professor of Mechanical Engineering & Director of Research at the Composites Engineering Research Laboratory (CERL), at the University of Southern Maine. He teaches materials science and math-based courses at USM, where he also gets to shoot stuff with lasers, break stuff apart, and put things together. Asheesh  was one of the 5 Minute Genius™ speakers at this past year's Maine Science Festival; you can see his talk on our YouTube channel.This conversation was recorded in June 2025.   ~~~~~The Maine Science Podcast is a production of the Maine Discovery Museum. It is recorded at Discovery Studios, at the Maine Discovery Museum, in Bangor, ME. The Maine Science Podcast is hosted and executive produced by Kate Dickerson; edited and produced by Scott Loiselle. The Discover Maine theme was composed and performed by Nick Parker. To support our work: https://www.mainediscoverymuseum.org/donate. Find us online:Maine Discovery MuseumMaine Discovery Museum on social media: Facebook Instagram LinkedIn Bluesky Maine Science Festival on social media: Facebook Instagram LinkedInMaine Science Podcast on social media: Facebook Instagram © 2025 Maine Discovery Museum

https://youtu.be/eUVGEhhU5jMMatt and Sean talk about taking an unexpected environmental blight (Sargassum), and turning it into a renewable, useful (and profitable) resource.Watch the Undecided with Matt Ferrell episode, This Seaweed Was a Caribbean Disaster, Now It's Gold https://youtu.be/iAYiUN4gvi4?list=PLnTSM-ORSgi7uzySCXq8VXhodHB5B5OiQ(00:00) - - Intro (02:11) - - Previous Episode Feedback (10:31) - - Sargassum Discussion YouTube version of the podcast: https://www.youtube.com/stilltbdpodcastGet in touch: https://undecidedmf.com/podcast-feedbackSupport the show: https://pod.fan/still-to-be-determinedFollow us on X: @stilltbdfm @byseanferrell @mattferrell or @undecidedmfUndecided with Matt Ferrell: https://www.youtube.com/undecidedmf ★ Support this podcast ★

(4:15) - Seashells Inspire a Better Way to Recycle PlasticThis episode was brought to you by Mouser, our favorite place to get electronics parts for any project, whether it be a hobby at home or a prototype for work. Click HERE to learn more about the future of electronics recycling using robotics & AI. Become a founding reader of our newsletter: http://read.thenextbyte.com/ As always, you can find these and other interesting & impactful engineering articles on Wevolver.com.

Robert Masse is the founder of Astrolabe Analytics, a battery software startup improving safety and extending the lifespan of battery-powered fleets. Backed by grants and contracts from the U.S. Air Force and National Science Foundation, Astrolabe's work bridges cutting-edge research with real-world applications. Robert launched Astrolabe while earning his PhD in Materials Science at the University of Washington. With over 15 years of experience researching materials for batteries and catalysts at UW, Pacific Northwest National Lab, and University of Wisconsin–Madison, Robert brings rare technical depth to the fast-evolving battery industry.