Podcasts about new materials

They talk quite a while about the 20th Anniversary stick and Perdomo in general. There are still more TPE 2025 clips including Perdomo, Arista, and Meier & Dutch. They smoke the Perdomo 20th Anniversary Maduro and drink the Diplomatico Mantuano. Their tech talk is around a new material 5X the strength of Titanium and light as foam. https://www.msn.com/en-us/news/technology/new-wonder-material-designed-by-ai-is-as-light-as-foam-but-as-strong-as-steel/ar-AA1ycGzO?ocid=socialshare&cvid=5d8afa62c17e4cac9d1ac63798573256&ei=23

NPL's Daniel Sarno and IIT Bombay's Bhaskaran Muralidharan are our guests

We wanted to know who Cusp AI's customers are, what the platform looks like and how it brings together AI and domain knowledge. And Max explains what his product looks like in the end.

Ian Arthurs of Circular joins Anything That Moves to discuss why sourcing and procuring new materials is hard. Why has recycled plastic historically cost more than virgin plastic? Is that "green premium" possibly bridgeable with better data?

This is the fifth and final episode in our conversation series in collaboration with textile innovations company OnceMore.We are speaking with:Annette Tenstam, Strategy Lead Circularity & Environmental Sustainability, LindexTina Lemke, Marketing Manager, OnceMore. In this episode, we talk about:Key lessons Lindex has learned from implementing circular practicesHow a collaboration with OnceMore has shaped Lindex's approach to sourcing and material innovationThe shift from a top-down to a bottom-up approach in driving sustainable change Advice for other fashion brands on scaling sustainable practicesHost: Konrad Olsson, Editor-in-chief and Founder of Scandinavian MIND. —Scandinavian MIND is a media platform and branding agency operating at the intersection of lifestyle industries and tech. Sign up for our newsletter:www.scandinavianmind.com/newslettersConnect with our agency:www.scandinavianmind.com/agency Hosted on Acast. See acast.com/privacy for more information.

Libby Munford chats with Daniel Friedmann, who has recently been announced as Solutum's Corporate Director and Board Member. Friedmann has been tasked with global scaling of company's sustainable material with holistic End-of-Life for flexible packaging.Friedmann previously served as Chairman and then also as CEO of Carbon Engineering, the pioneer and category leader in direct air capture. Under his leadership, direct air capture technology has become a pillar of decarbonization efforts. Prior to this, Friedmann was Corporate Director and CEO of MDA Space (TSX: MDA) (formerly MDA Ltd.), leader in advanced technology and services for the global space industry. During his tenure with MDA, Friedmann oversaw company growth from $80 million to over $2 billion in revenues.Packaging Europe's podcast, featuring the leading international figures in packaging innovation, sustainability and strategy, is now weekly! Be sure to subscribe so you don't miss an episode.For more packaging news, interviews and multimedia content visit Packaging Europe.

Dr. Carmel Majidi is an Associate Professor in the Department of Mechanical Engineering at Carnegie Mellon University. There, he also holds courtesy appointments in the Robotics Institute and in Civil and Environmental Engineering. In Carmel's soft machines lab, they are engineering new types of materials that can be used to make machines and robots soft, flexible, and more lifelike. The goal is for these machines to move more like natural organisms. When not working, Carmel is often out engaging in physical activities including hitting the gym or walking/jogging in nearby parks and along river trails. He also enjoys the arts and travel. Carmel travels frequently for work, and he likes to block off extra time on these trips to visit museums and cultural landmarks. Carmel received his B.S. in Civil and Environmental Engineering from Cornell University and his Ph.D. in Electrical Engineering and Computer Sciences from the University of California, Berkeley. He completed postdoctoral fellowships at Princeton University as well as at Harvard University before joining the faculty at Carnegie Mellon. Over the course of his career, Carmel has received numerous awards and honors, including the Young Faculty Awards from the Office of Naval Research (ONR), the Defense Advanced Research Projects Agency (DARPA), and the Air Force Office of Scientific Research (AFOSR). He has also received the National Aeronautics and Space Administration (NASA) Early Career Faculty Award, as well as the George Tallman Ladd Award and Carnegie Institute of Technology Dean's Early Career Fellowship from Carnegie Mellon University. In addition, Carmel was named a PopTech Science Fellow in 2013. In our interview Carmel discusses his experiences in life and science.

For the past couple of years, innovation has been accelerating in new materials development. And a new French startup called Altrove plans to play a role in this innovation cycle. The deep tech startup has already raised €3.7 million (around $4 million at current exchange rates). Learn more about your ad choices. Visit podcastchoices.com/adchoices

Join host Doug Shapiro "In the ROOM" LIVE from ICFF 2024.  In this two-part series, Doug explores the unique energy and innovation at ICFF - featuring insightful conversations with industry leaders such Amy Devers, Luca Nichetto, and Giulio Cappellini, listeners will hear inspiring stories, fresh perspectives, and valuable advice. Highlights include Amy Devers, discussing the importance of student work and the evolving role of materials, Luca Nichetto's take on balancing tradition with innovation, and Giulio Cappellini's humorous anecdote about Queen Elizabeth II. Let's escape the noise and join us "In the ROOM."Learn more about ROOM. Follow Doug on LinkedIn.Click here to get your copy of Doug's children's book—Design Your World.Follow Imagine a Place on LinkedIn.

Today we have a range of accessories such as phones, glasses and various aids. In ten years, Chiara says these devices will be built into our clothing.

Welcome to our first full-length episode, which is a little chat about ASMR, banana bread, and materials. Thanks so much for all your lovely comments and messages about the teaser we put out. We've been recording some more episodes for you, but please do get in touch with any questions, and we'll have a Q&A episode coming up!Massive thanks to Jamie Goddard for our new jingle and the episode edit. Love you!Emma and Harriet (TPP)Things we talked about: ASMR - here's an ASMR playlist on spotify Brown Noise - here's a brown noise playlist on Spotify 8D music - here's my own playlist of 8d music I like (Harriet). Remember you need both headphones (set to stereo) to experience 8d music.Banana Bread Recipe3 really ripe bananas2 eggs200g Plain Flour 130g castar Sugar100g (ish) of softened butterPinch of Salt mixadd chocolate chipsBake for 1hrThe ZootsGelatosTempura paint stick - so many different options, best to GoogleDistress sticks and Crayons King art artist mixed media gel sticks - you can buy direct from Kingart who look to be US based, but it does say shipping is free if you spend over $50 ArtgrafPith SketchbooksArtgraf tailors chalkSarah DyerLucy SalmonFrances IvesDrawing Lockdown Symposium - Emmas Talk about Breakfast Club (33mins in)Harriet LowtherCo-Creator & Host Check out Harriet's website and shop at madebyharriet.co.uk, or follow her on Patreon or Instagram @harriet_lowther.Emma CarlisleCo-Creator & Host Find Emma Carlisle at www.emmacarlisle.com, on Patreon, or Instagram @emmacarlisle_.

As America's civil works infrastructure facilities age beyond their initial design lives, so do the thousands of individual components that keep them functioning. These original components were often fabricated using vintage material and manufacturing methods, making them costly, burdensome and time-consuming to replicate. However, if one of these parts were to suddenly break, that failure could shut down a facility for months, causing significant national economic damage.  Faced with this challenge, the U.S. Army Engineer Research and Development Center (ERDC) is studying how innovative techniques, such as additive manufacturing (large-scale 3D printing), advanced materials and design optimization can be used to replace vintage infrastructure components faster and at a lower cost while maintaining, and even improving, their properties. This research resulted in a recent collaboration with the USACE Detroit District and Lincoln Electric to manufacture the largest U.S. civil works infrastructure component produced by a 3D printer – a 12-foot-long, 6,000-pound metal part for the ship arrestor system on the Poe Lock, one of two active locks on the Soo Locks facility. We discuss ERDC's advanced manufacturing research with Dr. Robert Moser and Dr. Zack McClelland from ERDC's Geotechnical and Structures Laboratory. Moser is a Senior Scientific Technical Manager for Materials, Manufacturing and Structures, and McClelland is a research mechanical engineer. We talk about the existing state of aging infrastructure and the role additive manufacturing can play to meet this challenge (3:49), how ERDC became involved in 3D printing and how that capability has evolved (7:09), ERDC's focus areas for advanced manufacturing R&D (11:36), and the project to manufacture the largest U.S. civil works infrastructure component produced by a 3D printer (18:40). We also discuss how ERDC is working to overcome some of the challenges of 3D-printing large infrastructure components (25:27), how ERDC's high-performance computing capability boosts this effort (28:49), how it has benefitted from military research (39:02) and what the future holds (49:11). For more information on the Power of ERDC podcast, visit https://www.PowerofERDCPodcast.org.

Join host Ian Peterman as he welcomes Martin Schichtel, CEO of KraftBlock and a trailblazer in energy storage innovations. In this insightful episode, Martin shares KraftBlock's origin, sparked by his extensive background in high-temperature applications and a pivotal documentary about heat storage. He talks about how KraftBlock is revolutionizing the way industries handle waste heat, turning a byproduct into a valuable resource for generating electricity and driving various industrial processes. Martin also discusses the technological breakthroughs and challenges of KraftBlock, its role in decarbonizing industries like steel and snack food manufacturing, and his vision for using thermal energy storage to combat climate change effectively. Notable Moments: 00:29 - The Origin Story of KraftBlock 02:44 - Tackling Energy Waste and Climate Change 07:13 - Innovative Solutions for Heat Storage and Efficiency 18:32 - Real-world Applications and Impact 30:42 - The Future of Heat Storage Technology and Sustainability 03:52 - Understanding the Heat Economy 11:09 - Overcoming Material Challenges in Heat Storage 15:04 - The Significance of High-Temperature Energy Storage 21:15 - KraftBlock's Impact on Reducing CO2 Emissions 25:30 - Martin Schichtel's Vision for Global Energy Efficiency About Martin Schichtel: Martin was born in Saarbrücken in 1969. He graduated with a doctorate degree in Chemistry from the University of Saarland with a focus on Nanoparticle Composites and Smart Coatings. Martin founded Kraftblock (formerly Nebuma) together with his co-founder Susanne in 2014. He filed his first patent in 1998 and has 20 years of experience in material development, production and sales. As the Head of the Department of Ceramics he developed the Department of Polymer Nanoparticle Composites at the Institute for New Materials, University of Saarland. Subsequently he headed the Smart Coatings division at ItN Nanovation AG. Martin always had a deep passion for innovation: he started inventing at the age of 12 with the ambition to change our world for the better. Learn more about Martin Schichtel and KraftBlock: https://www.linkedin.com/in/martin-schichtel/ https://kraftblock.com Download chapter 1 free: https://www.petermanfirm.com/conscious-design-chapter-1-free-download/ Want to be a guest? Visit: https://bit.ly/3BetCkf Want to work with us? Connect with Peterman Firm: https://www.petermanfirm.com/connect/ Find us online: YouTube Channel: http://bit.ly/3sG7VEi Blog: https://bit.ly/3kltV6s Conscious Design Book: https://www.amazon.com/dp/B09KNMN9BT Join our Newsletter: https://bit.ly/2U8IlMS Hosted by: Ian Peterman Creative Director: Sara Clark Social Media: Jacqueline Sagun Visit our website: https://www.petermanfirm.com/ We created this content so creative entrepreneurs like you can integrate social and environmental responsibility into your brand's DNA through Conscious Design. Ian Peterman, a leading expert in Conscious Design, hosts the Conscious Design podcast and is the co-author of the book Conscious Design. If you enjoy our content, please support us by subscribing and sharing our episodes!

We start this episode with Joseph's latest fly-on-the-wall investigation into the Com, the nebulous online entity and culture that is linked to some of the most high profile and brazen data breaches in recent history. Joseph sat in their chatrooms while rival hackers and criminals doxed and physically robbed one another. A true melding of digital and physical crime. After the break, Jason breaks down why some researchers are calling out Google on some of its AI science research. In the subscribers-only section, Sam explains why a guy made an AI-powered (kinda) sex box.Inside the ‘Com World War': Robberies, Brickings, and ‘Drama'Is Google's AI Actually Discovering 'Millions of New Materials?'This Man Wants to ‘Save the World' By Letting You Jerk Off Into a ComputerSubscribe at 404media.co for access to bonus content. Hosted on Acast. See acast.com/privacy for more information.

Now a big business intelligence company has been breached. Do you get the sense that people are laying the groundwork for something? Google discontinues a product, but this time, its probably our fault. M4 chips are coming from Apple. OpenAI continues to be the drama queen of Silicon Valley. And, of course, the Weekend Longreads Suggestions.Links:US government urges Sisense customers to reset credentials after hack (TechCrunch)Google One VPN will be discontinued, Pixel VPN remains with upgrade coming (9to5Google)X's Premium users can no longer hide their blue checks (The Verge)Apple Plans to Overhaul Entire Mac Line With AI-Focused M4 Chips (Bloomberg)OpenAI Researchers, Including Ally of Sutskever, Fired for Alleged Leaking (The Information)Is Google's AI Actually Discovering 'Millions of New Materials?' (404 Media)Weekend Longreads Suggestions:AI-Music Arms Race: Meet Udio, the Other ChatGPT for Music (RollingStone)How Bluey Became a $2 Billion Smash Hit—With an Uncertain Future (Bloomberg)See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Jonathan Godwin  is the cofounder and CEO of Orbital Materials, where they're using Generative AI to develop a pipeline of new materials for carbon removal and energy transition. He was previously a Senior Research Engineer at Google DeepMind. Jonathan's favorite book: The Making of the Atomic Bomb (Author: Richard Rhodes) (00:07) The Process of Discovering New Materials(04:20) Building the Foundation Model(06:42) The Impact of Google's GNoME Project(08:49) Adding Materials to the Pipeline(11:08) Computational Screening and AI(13:43) Material Structures and Properties(18:41) Material Formation and Degradation(20:47) Materials for Carbon Removal and Energy Transition(23:44) Ensuring Material Safety(27:13) Exciting New Materials(28:07) Breakthroughs in Material Science(30:09) The Future of AI in Materials Discovery(34:07) Rapid Fire Round--------Where to find Prateek Joshi: Newsletter: https://prateekjoshi.substack.com Website: https://prateekj.com LinkedIn: https://www.linkedin.com/in/prateek-joshi-91047b19 Twitter: https://twitter.com/prateekvjoshi 

Taylor sits down with Dr. Hayden Evans of NIST and Sir Dr. Anthony Cheetham of UCSB/Cambridge/National University of Singapore to talk about their research on carbon storing materials. Learn what special characteristics makes the materials they are researching well suited for CO2 capture. Articles: Perovskite-related ReO3-type structures Aluminum formate, Al(HCOO)3: An earth-abundant, scalable, and highly selective material for CO2 capture Noncryogenic Air Separation Using Aluminum Formate Al(HCOO)3 (ALF) Exclusive Recognition of CO2 from Hydrocarbons by Aluminum Formate with Hydrogen-Confined Pore Cavities Hydrogen Storage with Aluminum Formate, ALF: Experimental, Computational, and Technoeconomic Studies This episode is sponsored by Cal Nano, learn more about their work and services by visiting their website. This episode 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 (co-creator,co-host), Andrew Falkowski (co-creator), Jared Duffy (production, marketing, and editing). Keywords: CO2 Capture Sequestration Carbon Reducing MOF Formate

Artificial intelligence is quickly accelerating drug discovery, healthcare services, product design, and manufacturing efficiency. Now it's here for materials development – and it could be one of the most influential uses of AI in energy. A decade ago, Greg Mulholland started playing around with machine learning as a way to accelerate product development of materials inside LEDs. After seeing its potential – and witnessing the rapid evolution of AI – he co-founded Citrine Informatics. Citrine built an AI platform that helps researchers advance cutting-edge materials for use in solar cells, batteries, electric cars, and more. “It allows us to move through generations of materials discovery so much faster that we're not just incrementally improving things, but we're actually driving forward the whole industry and raising the bar on ourselves in a pretty exciting way,” says Greg. This week: Greg Mulholland, CEO of Citrine Informatics, describes the many ways that artificial intelligence is pushing the performance of clean energy and climate technologies – and helping clean up the materials that make up the world around us. Subscribe to Latitude Media's newsletter to get all our news coverage and podcasts on the industry straight to your inbox. Sign up for Latitude Media's Frontier Forum on January 31, featuring Crux CEO Alfred Johnson, who will break down the budding market for clean energy tax credits. We'll dissect current transactions and pricing, compare buyer and seller expectations, and look at where the market is headed in 2024.

Avete presente i semi degli aceri? Quelli a forma di pala d’elica, che quando cadono si avvitano e quasi prendono il volo? Ispirandosi al seme di questo albero, il gruppo di ricerca guidato da Barbara Mazzolai all’IIT di Genova, in collaborazione con il Leibniz Institut for New Materials, ha realizzato un seme artificiale che, grazie alla capacità di veleggiare sospinto dal vento, può essere sparso facilmente nell'ambiente, dove è in grado di rilevare e comunicare vari parametri (come la temperatura, l'umidità, o l'acidità), per poi decomporsi a fine vita. L’invenzione prende il nome di Acer i-Seed ed è stata descritta sulla rivista scientifica Science Advances. Ne parliamo con Barbara Mazzolai, Direttrice del Laboratorio di Robotica Soft Bio-ispirata e Direttore Associato per la Robotica in IIT.

This week on the podcast, Blake welcomes Zach Weiss and Zach Kazan to talk about a pair of recent releases from Omega and Ming that cover similar ground in their use of interesting and uncommon materials, all in the name of reducing weight. The new Omega Planet Ocean diver uses a titanium movement to cut weight in a package that's already quite chunky, and the Ming LW.01 is a literal record setter, lighter in weight than any other mechanical watch.These non-traditional watches have us thinking about the merits of lighter weight watches in general and also the use of new materials more broadly, these two new releases in particular inspired quite a bit of conversation.Today's episode of the Worn and Wound Podcast is brought to you by Area 53 NYC– your go-to destination for unforgettable experiences.Experience the thrill of Area 53 NYC! Nestled in Brooklyn's vibrant neighborhoods, Area 53 offers a diverse range of thrilling activities suitable for all ages. Whether you're craving an adrenaline rush at the Adventure Park or Indoor Paintball, seeking a game of Laser Tag, or looking to unwind in the lounge, Area 53 NYC has it all! Feel the excitement of Zip-Lining, conquer challenging Ropes Courses, scale Rock Climbing walls, and engage in epic Battle-Beam showdowns. Dive into the massive Ball Pit, glide through Roller Skating, and savor a plethora of arcade games and more! Make your special occasions truly unforgettable in one of the Party Rooms with their dedicated team. Create cherished memories with family and friends at Area 53 NYC! Ready for your adventure? Contact Area 53 today at Info@area53nyc.com or call (347) 305-7448.To stay on top of all new episodes, you can subscribe to The Worn & Wound Podcast — now available on all major platforms including iTunes, Google Play, Stitcher, Soundcloud, Spotify, and more. You can also find our RSS feed here.And if you like what you hear, then don't forget to leave us a review on iTunes.If there's a question you want us to answer you can hit us up at info@wornandwound.com, and we'll put your question in the queue.Show NotesTime On Screen: In The Mouth of MadnessZach K's wrist check: Arcanaut Arc II ForditeZach W's wrist check: Grand Seiko SBGW277Blake's wrist check: Oris AquisProFears Brings Mother of Pearl to the Brunswick, But Not In the Way You Might ExpectOmega Introduces a New Ceramic Compound to their Collection and Puts a Titanium Movement in the New Planet OceanMing Surprises with What Could Be the Lightest Watches Ever MadeA Lange & Söhne Gives Zeitwerk Minute Repeater the Honeygold Treatment for New NYC Boutique

As the climate emergency escalates, it is clear that the solutions we need are those that can be applied at scale. The materials scientist Veena Sahajwalla is at the forefront as she is already designing and delivering such solutions. In this episode, Veena tells Design Emergency's cofounder, Paola Antonelli, how she is recycling huge quantities of abandoned tyres, clothing and other waste into new materials..Born in India, where she was the only woman on her university engineering course, Veena then studied in Canada and the US, and is now based in Australia, where she is Professor of Materials Science at the University of New South Wales and founding director of its SMART Centre for Materials Research and Technology. Dubbed “the rubbish cop” by her daughter for her obsession with reusing and recycling waste at home, her work is devoted to developing new ways of transforming waste into new raw materials to decarbonise industrial production..Veena explains to Paola how she has invented a polymer injection technology, Green Steel, which has already recycled millions rubber tyres to replace coal in steel production. She also describes how she and her colleagues have developed a process of recycling clothes and glass into Green Ceramics for use in construction and interiors, and a new type of local micro-recycling hubs. All of which, Veena sees as being important steps towards a zero-waste circular economy..Thank you for listening. You will find images of projects described by Veena on our IG grid @design.emergency. And you can tune into this episode of Design Emergency and the others on Apple, Amazon, Spotify and other podcast platforms. Please join us for future interviews with other global design leaders who are forging positive change..Design Emergency is supported by a grant from the Graham Foundation for Advanced Studies in the Fine Arts. .Hosted by Acast. See acast.com/privacy for information. Hosted on Acast. See acast.com/privacy for more information.

Hello, hello! Mark Lapping is the CEO of Aquapak, a leading specialty polymers business. Mark's career has taken him through a stint in the army, a trek through Africa, into the packaging industry - to where he is now at Aquapak. Mark often talks about always wanting to climb the mountain, and the challenge that he embraced most recently, was seeing Aquapak and following them until he decided he wanted to work there. Ved and him bond over there mutual love for taking on challenges, packaging and leaving the planet cleaner! Never miss an episode by following us on LinkedIn, Instagram, Facebook, and Twitter! Don't forget to turn on notifications and leave us a review! Good Garbage Episode 37 Presented by Pakka

Jason is the Product Manager of Fluid Power at Dura-Bar. Dura-Bar manufactures ductile and gray continuous cast iron bar stock in rounds, squares/rectangles and tubes. With the recent publication of the 2023 NFPA Technology Roadmap, there's an updated list of machine-level technology trends that we're anxious to discuss on the podcast and in other venues. One of those topics is the increasing use of environmentally friendly materials, both for greater performance and to comply with regulations. Today, we've invited Jason into our forum to learn more about Dura-Bar and how their raw materials can help improve the fluid power applications we use daily. Connect with Jason: jparr@dura-bar.com  Connect with the host, Eric Lanke, at elanke@nfpa.com or on LinkedIn at the National Fluid Power Assosication. 

Dr. Ellen Arruda is the Maria Comninou Collegiate Professor of Mechanical Engineering with joint appointments as Professor of Biomedical Engineering, as well as Macromolecular Science and Engineering at the University of Michigan. Ellen studies the mechanical behavior of soft materials, including polymers, plastics, and soft tissues of the body. Her research group focuses on understanding how to design with soft materials so the materials don't break in different applications, as well as how to design replacements for soft tissues in our bodies when they are damaged. Ellen's hobbies include running, cooking, and knitting. Running is one of her favorite ways to get exercise and generate great ideas for her work. She is a skilled sweater knitter who learned how to crochet from her mother and picked up knitting from her mother-in-law. She received her B.S. with Honors in Engineering Science and her M.S. in Engineering Mechanics from Pennsylvania State University. Ellen was awarded her Ph.D. in Mechanical Engineering from the Massachusetts Institute of Technology. She joined the faculty at the University of Michigan afterwards in 1992. Ellen has received numerous awards and honors for her outstanding research, teaching, and service, including the Ann Arbor Spark Best of Boot Camp award, the Excellence in Research Award from the American Orthopaedic Society for Sports Medicine, the Ted Kennedy Family Team Excellence Award from the University of Michigan College of Engineering, the Research Excellence Award from the College of Engineering at the University of Michigan, the Cadell Memorial Award, the Outstanding Engineering Alumnus Award from the Pennsylvania State University, the Distinguished Faculty Achievement Award from the University of Michigan, and the Trudy Huebner Service Excellence Award from the College of Engineering at the University of Michigan. Ellen is a Fellow of the American Society of Mechanical Engineers, the American Academy of Mechanics, and the Society of Engineering Science. She was also named a Centennial Fellow of the Department of Engineering Science and Mechanics at Pennsylvania State University. She was also recently named a Member of the National Academy of Engineering. Ellen joined us for an interview to discuss her experiences in her career, her life, and her engineering research.

Join Blair L. Hawn, P.E., Member ASHRAE, and Technical Editor Rebecca Matyasovski as they discuss Hawn's Technology Award Project being featured in June's ASHRAE Journal. Hawn's project, a new Materials Design Laboratory at Argonne National Laboratory, is a state-of-the-art collaborative research facility for energy and materials scientists to investigate structures at the scale of a single electron and larger.

In this episode of The Vivek Show, host Vivek Ramaswamy is joined by former US Patent and Trademark Office head, Andrei Iancu, to discuss the significance of intellectual property (IP) in America's founding and its role in fostering innovation. They explore the history of IP rights in the US, the challenges of applying a centuries-old statute to modern technologies, and the need for an intentional innovation policy. Iancu emphasizes the importance of IP in competing with China and other countries, highlighting the necessity of a high-level plan to identify future technologies and enable innovation in both the public and private sectors. This thought-provoking conversation dives deep into the intersection of technology, innovation, and economics.--Donate here: https://t.co/PE1rfuVBmbFor more content follow me here:Twitter - @VivekGRamaswamyInstagram - @vivekgramaswamyFacebook - http://facebook.com/VivekGRamaswamyTruth Social - @VivekRamaswamyRumble - @VivekRamaswamy--Time-codes:00:00 - America's founding ideals of IP rights and their impact on innovation02:47 - The significance of "right" in the Constitution's IP clause07:10 - The role of IP rights in a free market economy11:31 - Jefferson and Madison's unchanged patent code from 179312:40 - Challenges with fitting new technologies into an old statute19:47 - Data protection as another form of IP protection22:29 - The need for a holistic innovation policy in the US25:08 - Competing in the AI, quantum, biotech, and new materials races26:16 - IP as a tool for global competition29:25 - Balancing decentralized free market economy and centralized national plans31:59 - Questioning the classical model of total decentralization

Robert Skip Pomeroy describes products being developed and the challenges in entering established markets.

Robert Skip Pomeroy describes products being developed and the challenges in entering established markets.

"It feels new; I've never felt something like this before. It's totally different," wondered Antoine Roset, CEO of Roset SAS, when he felt a sheet of Reishi™ for the first time. In this episode, Antoine shares the importance of design and durability for the high-end French furniture manufacturer Ligne Roset, his thoughts on new materials, what sustainability means to him, and why this fifth-generational company decided to work with Reishi™. In this episode:3:30 Ligne Roset's motivation to partner with MycoWorks 6:25 New materials and the furniture industry 7:05 Innovation, design, and sustainability12:00 Reishi™: A new category of material 14:30 "Luxury is excellence."20:00 Ligne Roset big come back to Salone del Mobile MycoWorks Talks is a space to feed your wonder and curiosity for a new class of materials. Xevi Gallego, our VP of Brand Marketing, hosts talks with people in the MycoWorks universe, taking you on a behind-the-scenes journey of unfiltered conversations about our product, technology, our incredible team, and much more. If you haven't already, make sure to subscribe to get the latest episodes each month and if you have episode ideas or feedback, please review. We love to hear from you!To learn more about MycoWorks, follow our journey on instagram at @MycoWorks.

Old clip: "The Relationship Between Designing New Materials and The Morphological Structure" by Marwa ElDiwiny

Join CCL Program Manager Elizabeth Dell, Mid-Atlantic Co-Coordinator Thaddeus Waterman, and CCL TX Austin volunteer Arjun Adapalli for a training that will overview CCL's new tabling materials, where to find them, and how to best incorporate them into your spring grassroots outreach plans!  Skip ahead to the following section(s): (0:00) Intro & Agenda (2:37) Why Tabling is important? (4:48) Preparing to Table (13:20) CCL's Policy Agenda Handouts and Trifold Display (18:45) Climate Anxiety Booth (24:05) Connecting With Your Audience (31:38) Example Conversations Tabling Handouts: https://community.citizensclimate.org/resources#tabling-materials  Climate Anxiety Booth Resource: https://community.citizensclimate.org/resources/item/19/542  Presentation Slides: https://cclusa.org/tabling-new-materials-slides 

Microchips are in pretty much all of our electronic devices—if it's got a plug or a battery, it's probably got a chip. For the past 60 years, most of these have been made of silicon. But new devices demand faster, better, and more efficient processors, and engineers are hitting silicon's physical limits. In this encore episode of the Future of Everything, WSJ's Alex Ossola digs into the future of chips—how scientists are boosting silicon's capabilities and looking for other materials that could take its place. Further reading:  Graphene and Beyond: The Wonder Materials That Could Replace Silicon in Future Tech  The Microchip Era Is Giving Way to the Megachip Age  Chips Act Will Create More Than One Million Jobs, Biden Says  Learn more about your ad choices. Visit megaphone.fm/adchoices

What will it take to get to a world where we have all the energy we need — without the emissions, smog and other climate impacts? The shift requires a rapid draw-down on carbon-based fuels and the use of energy storage technologies. And while lithium batteries have been instrumental in the transition, supply chain and sustainability issues are of increasing concern. We need to think beyond the battery. In this episode, we're looking into how new materials might get us one step closer in the on-going transition to a clean energy future. From using AI to speed up discovery to developing the applications of a shape-shifting metal alloy, we explore the emerging technologies that will help us harness clean energy.Featured in this episode:Molly Wood is the managing director at a venture capital firm called Launch. A former technology and business journalist, she specializes in funding climate solutions. Alán Aspuru-Guzik, a professor of chemistry and computer science at the University of Toronto, works at the interface of AI, chemistry and material science. He is working to speed up the discovery of molecules and materials to address climate change through “self-driving laboratories.”Ibraheem Khan is the founder and CEO of Extract Energy. He's developing a heat engine that captures low-grade waste heat using the properties of a smart metal alloy and his patented Multiple Memory Material technology. Further reading: A sustainable future: How materials science can make the planet cleanerAlán Aspuru-Guzik is reimagining the discovery of materialsEstimating the global waste heat potentialDear policymakers: to decarbonise, you need flow batteriesThe Renewable-Energy Revolution Will Need Renewable StorageThe Mission from MaRS initiative was created to help scale carbon reducing innovations by working to remove the barriers to adopting new technology. Mission from MaRS thanks its founding partners, HSBC, Trottier Family Foundation, RBC Tech for Nature and Thistledown Foundation. It has also received generous support from Peter Gilgan Foundation, BDC, EDC and Mitsubishi Corporation Americas. Learn more about the program at missionfrommars.ca. MaRS helps entrepreneurs looking to scale solutions in climate tech, health and software. We offer targeted support through our Capital and Growth Acceleration programs. To learn more visit us at marsdd.com

Microchips are in pretty much all of our electronic devices—if it's got a plug or a battery, it's probably got a chip. For the past 60 years, most of these have been made of silicon. But new devices demand faster, better, and more efficient processors, and engineers are hitting silicon's physical limits. In this episode of the Future of Everything, WSJ's Alex Ossola digs into the future of chips—how scientists are boosting silicon's capabilities and looking for other materials that could take its place. Further reading:  Graphene and Beyond: The Wonder Materials That Could Replace Silicon in Future Tech  The Microchip Era Is Giving Way to the Megachip Age  Chips Act Will Create More Than One Million Jobs, Biden Says Timeline of silicon's development (Computer History Museum)  Christopher Mims' tech column for the Wall Street Journal  Deji Akinwande's research page at the University of Texas at Austin  Stephen Forrest's profile page at the University of Michigan  Deep Jariwala's lab page the the University of Pennsylvania Wolfspeed's website  Learn more about your ad choices. Visit megaphone.fm/adchoices

HPQ Silicon $HPQ $HPQFF is a Quebec-based company that is developing the high value-added silicon products sought after by battery and electric vehicle manufacturers - but nobody has yet delivered - until now. THIRD-PARTY VALIDATION FROM LEADING GLOBAL COMPANIES If that sounds a lot like what other small companies are saying lately, $HPQ differentiates itself as a leader of the pack thanks to the following: $HPQ has already Received It's First Order for Spherical Nano Silicon Material from Major Automobile Manufacturer $HPQ Signed NDA and Received Request for 4N Silicon Material Samples from a World Leading High-Performance Materials Company $HPQ has already received signed NDAs from at least 2 battery players They also were Issued U.S. Patent For PUREVAP™ Quartz Reduction Reactor Technology HPQ GEN3 PUREVAP TM QRR PILOT PLANT R&D TESTING PROGRAM ADVANCING ON SCHEDULE The GEN3 PUREVAP TM QRR Pilot plant is a first-of-its-kind, state of the art prototype comprised of multiple systems that must operate under harsh conditions, extremely high temperatures and under vacuum. With the systems integration now completed, the next milestones are: a) Reactor start-up - a duration of about one month b) 4 process improvement tests - a duration of about two months (Sequential) c) Operating the Pilot Plant continuously, with non-stop production, during the remaining time. Yesterday, HPQ Silicon announced a Partnership With the French Start-Up Novacium to Strengthen Its Innovation Capabilities in New Materials and Processes Critical to Renewable Energy. A COLLABORATION IS READY TO BEGIN With offices and a laboratory on the AXEL'ONE site in the Lyon region of France, Novacium is already operational and can immediately begin its collaboration with HPQ, focused on the following areas: Hydrogen Production Via Hydrolysis, Photovoltaic Processes, Materials For Batteries And Energy Storage. Producing And Purifying Silicon. Now sit back relax and listen to this powerful interview.

Industrial Design, Creative Inspiration & Personal Projects! Today, we chat about shopping for markers, the various styles of Copic markers and why Zak loves experimenting with his materials. On today's episode of “The Process” we discuss: Restraint with buying plants and models Shopping for markers Nerding out on markers and fineliners Copic Classic, Ciao & Sketch style markers Experimenting with materials All the links, all the time! Industrial Design, Creativity & Inspiration! For Industrial Design related business inquiries: Big Design Company Website: www.bigdesigncompany.com Big Design Company email: hi@bigdesigncompany.com Follow us on Instagram! @theprocess__podcast Zak Watson // LinkedIn Behance Website NFTs Dylan Torraville // LinkedIn Website 3D Dyl Behance Send us an email to hi.theprocesspodcast@gmail.com if you have any questions or want to reach out! The Process is a podcast created by industrial designers Dylan Torraville and Zak Watson. Dyl and Zak are picking up microphones to chat about their experiences in design school, personal projects and navigating the creative process. Oh yeah, and there will be some sweet interviews with other designers and friends too.

Kobe Nagar, CEO of Durham, North Carolina-based 374Water, explains the company's compact waste water processing technology, the Supercritical Water Oxidation (AirSCWO) system. Operating the system generates energy, industrial CO2, trinitrogen gases that can be used in manufacturing, distilled water, and minerals extracted from wastewater, making it extremely affordable as a solution for many water treatment uses. The smallest version fits in a shipping container and can clean the wastewater generated by communities of as few as 6,000 people — or the equivalent amount of industrial waste. The AirSCWO system can be scaled up to support 30,000 or 200,000 people and a wide variety of industrial applications, including removing and destroying PFAS, the "forever chemicals" found throughout the environment, water supplies and human bodies. And water is just the first step for the company, Kobe shares. The oxidation process can also convert plastics and other solid wastes into reusable raw materials.Water, along with air and land, is one of our most important resources. We need it to hydrate our bodies, to make much of what we eat and use every day, and we use it to to carry away our waste. Treating waste water instead of dumping it back into the environment, is an inefficient process. You can learn more about 374Water, which is traded on the NASDAQ under the symbol SCWO, at https://374water.com/

To accelerate the transition to a circular economy, we need the materials to help us get there.In this episode, we hear from three companies about how their work contributes to taking us away from the linear take-make-waste economy, to a circular one.We're joined by Pascal Chalvon Demersay, Chief Sustainability & Government Affairs Officer at Solvay; Liz Corbin, the Co-CEO & Founder of Materiom; and Neekta Hamidi, Associate Director of Policy & Partnerships at Ginkgo Bioworks.Our guests discuss how science not only helps to develop regenerative materials, but also provides data to learn from.This is the fourth in a series of podcast episodes recorded at Summit 22 — the Foundation's flagship annual event — which brought together business leaders, policymakers, innovators, and global changemakers to explore how we can redesign our economy so that it regenerates, rather than destroys, the natural world.--Watch all the sessions from Summit 22Learn more about the circular economy and the Ellen MacArthur FoundationCatch up on all episodes of the Circular Economy Show Podcast--Follow us on social media:LinkedIn | Twitter | Instagram | TikTok | Facebook

In this episode, we'll hear from Laura Kwako, PhD, a clinical psychologist at the National Institute on Alcohol Abuse and Alcoholism (NIAAA), and Katharine Bradley, MD, a senior investigator at the Kaiser Washington Health Research Institute. The NIAAA just released a Core Resource on Alcohol for healthcare professionals to help providers screen and treat patients for alcohol use disorder, as addiction and alcohol-related deaths have spiked during the pandemic. See acast.com/privacy for privacy and opt-out information.

Startups creating new materials, including for food industries, can have a significant climate impact, making them interesting targets for the Nordic investment firm Inventure,  partner Tuomas Kosonen said in an interview on the sidelines of the TechChill startup conference in Riga in late April 2022.Inventure is a Helsinki-headquartered seed-stage investor, known for its investments in companies like Wolt and Swappie.**A few key takeaways from Tuomas Kosonen:**We are not an impact investor. We are a pure financial investor, but in the past years, all ESG-related topics have raised their meaning, coming from all also from the portfolio and from LPs. We have to be very aware of all these topics.**That's something that is like super important on the agenda of pension funds, insurance companies, and public money. And, of course, it is super nice to see what kind of impact money can make. So if the big money or institutional investors would not care for it, most of the investors, at least, wouldn't put that much effort into that one. But actually, you might not even qualify for the money, like the LP commitment, if you're not part of that.**Especially what we have done in the past is on new materials, so like, plastic replacement, or like carbon nanotubes. That's something that has a huge environmental impact. So that's something we are now looking for in the coming two years. **Food-related companies will have a direct impact line quite fast, much faster, some material technologies. And then the food, I guess, is superheated as well. Yes, and we have looked at meat replacement companies; unfortunately not invested single one of them yet. There have been some quite interesting ones.

Summary:  On this episode of Startup Junkies, hosts Jeff Amerine and Caleb Talley sat down with Adam Zambanini, President of Residential Products at Trex Company. Trex is an alternative decking company that is one of the greenest companies in the world. Trex has been around for 25 years and recently is expanding into Arkansas. Throughout the episode, Jeff, Caleb, and Adam discussed what it's like to work at Trex, why they're expanding to Arkansas, and what the future of the company holds.    Thanks for tuning in!   Show Notes: (1:37) Trex to Arkansas (5:48) Adam's Origin Story (8:33) The Entrepreneurial Spirit  (10:48) Breaking Ground in Little Rock (18:51) Experimenting with New Materials (21:55) Finding Success at Trex (25:20) Why Arkansas? (31:27) The Future of Trex (33:53) Advice to Younger Self and Closing Remarks   Links: Jeff Amerine Caleb Talley Adam Zambanini Trex   Quotes: “So what we're doing is we're trying to create an outdoor living experience, right? We don't want to be just the decking and railing manufacturer. We want to be the solution to that threshold, to your back door.” Adam Zambanini, (5:14)   “I always tell people if there's something you can't accomplish at Trex, it's kind of on you because the way we've built this company is there's been a lot of very, very smart people. There's been a lot of ideas and…there's a lot of collaboration throughout the walls of Trex. And so no idea is a bad idea. It's kind of our culture…there's a lot of support across the organization.” Adam Zambanini, (14:16)   “We love to get consumer feedback and we love to get contractor feedback because we don't exist without that consumer or that contractor.” Adam Zambanini, (17:55) “We don't just want to just launch new products for new products sake. It's launch the right product…that the consumer wants. So we spend a lot of time and energy on those new products.” Adam Zambanini, (33:37)

Richard and Chris talk with Chad Gharring of Boley about the dramatic rise of the company as a private label, brand building company and as an innovator in sustainability--and increasingly hot and important topic in the toy industry. They also talk about the advantages of being a Chinese/American hybrid company. You'll want to know more about this big and competitive company that, till now, has largely flown under the radar. The Playground Podcast is supported by Global Toy Experts, The Toy Guy, and Beacon Media Group. --- Support this podcast: https://anchor.fm/the-playground-podcast/support

Michael Strano "Carbon Fixing Materials, New Materials Design" by Marwa ElDiwiny

Clip: Michael Strano " Carbon Fixing Materials, New Materials Design" by Marwa ElDiwiny

Microfluidics is a new frontier in science with the potential to vastly transform healthcare. Check out this Case Confirmed interview where Meera talks with Dr. Katharine Elvira, chemist and Canada Research Chair for New Materials and Techniques in Health Applications, and learn more about this disruptive and innovative field. Potential applications include drug discovery, cancer research, rapid diagnostics, and more.

We are entering a golden era for 3D printable metal materials. This means manufacturers in many industries will be able to create things they never have before. Host Fabian Alefeld speaks with Dr. Ankit Saharan, Senior Manager of Metals Technology at EOS. Today's discussion focuses on the past, the present, and the future of metal additive manufacturing (AM) materials. The future takes center stage because a new class of 3D printable superalloys, Metal Matrix Composites (MMC), high entropy alloy, and pure metals will enable incredible new applications for the space industry, semiconductor industry, electronics industry, and many other verticals. Ankit explains what MMCs or high entropy alloys are and what they mean in terms of exciting new applications. The Additive Snack Podcast is brought to you by EOS. Key Takeaways: [1:27] Ankit shares the history of additive manufacturing using metals and how it unlocked future potential. [6:42] How AM evolved from a centering process into a serial production technology. [9:31] When developing custom projects with new materials initial resistance will be a challenge. [15:56] Metal Matrix Composite and High-entropy alloys: What they are, the benefits, and what they mean for the future of additive manufacturing. [22:28] Choosing one material or a process over another comes down to performance over substitution. [26:01] Artificial intelligence and new materials escalate the future of AM. Shareables: “Materials and processes go hand-in-hand. No matter how much you try to separate them, they always go hand in hand.”— Ankit Saharan, Senior Manager of Metal Technology, EOS, on The Additive Snack Podcast “We've got much better tools at our disposal like machine learning, artificial intelligence that we've never had before. It enables us to not only iterate faster in terms of material composition but also be able to predict what they are going to give us before we even make these materials physically.”— Ankit Saharan, Senior Manager of Metal Technology, EOS, on the Additive Snack Podcast “We are reaching a tipping point in additive manufacturing. AM can not be removed out of the supply chain anymore because it produces components that can not be produced with any conventional manufacturing technology anymore.” —Fabian Alefeld, EOS and Host of the Additive Snack Podcast

**Meet-Up: Saturday August 7th @ 2:30pm. Belford Brewing Co. in Belford, NJ. Facebook Event: https://fb.me/e/1QutOnfNz **On Episode 48 of The American Craftsman Podcast, hosted by Greene Street Joinery, we discuss new materials we'd like to use.10% off your order from Montana Brand Tools:https://www.montanabrandtools.com/discount/AMERICANCRAFTSMANBeer of the Week (Rogue Hazelnut Brown Nectar): https://www.rogue.com/products/hazelnut-brown-nectarTool of the Week: (Makita 18v Biscuit Joiner) https://amzn.to/3CgSHLUGreene Street Joinery is a custom design & build shop located in Monmouth County, New Jersey. We build multigenerational furniture with an eco-friendly and sustainable mindset.Inspired and guided by the ideals of the Arts and Crafts movement, we believe in the use of traditional craftsmanship and simple, well-proportioned forms; sustainability and ethical practices; and importantly, taking pleasure in our work as craftsmen to create quality pieces of enduring value.Follow us!Instagram: https://www.instagram.com/greene_st_joinery Facebook: ​https://www.facebook.com/greenestreetjoinerySupport us on Patreon!https://www.patreon.com/Greene_st_joineryVisit Us at ​https://www.greenestreetjoinery.com/And be sure to Subscribe to our channel for more videos like this one!Support this podcast at — https://redcircle.com/the-american-craftsman-podcast/donationsAdvertising Inquiries: https://redcircle.com/brands