Podcasts about Advanced Materials

(2:05) - What do popcorn and sustainable synthesis have in common?This 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 importance of PTC thermistors and their critical role in the automotive industry! 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.

Strong by Form: From Radical Idea to JEC Sustainability WinnerWhat started as a niche academic research project has become a deep tech startup operating across Europe and Latin America, with millions raised in private funding and grants. Strong by Form developed Woodflow, a technology that turns natural timber fibers into 3D-formed structural materials, enabling strong, lightweight, and carbon-reducing alternatives to concrete, aluminum, and even steel.Their design-driven approach doesn't just replicate wood planks—it reimagines wood as a high-performance composite, shaped by nature's logic and modern computational design.Built in Chile, Designed for EuropeThough most of the founding team hails from Chile, the company was strategically incorporated in Spain to operate within Europe's innovation and regulation ecosystem. Today, the team is 27 people strong and split across Chile, Germany, and Spain.“Europe is tough on regulation—but it's also where real scale is possible,” Andres explains.How Joy Division and Sustainable Slabs Came TogetherYes, their iconic waveform-style logo was sketched in five minutes. Yes, it was inspired by Joy Division. But that aesthetic also represents the undulating structural logic behind their composite designs. Andres' co-founder Jorge, an architect-turned-engineer, originally developed the idea while studying at ETH Zurich. His mission? Create the lightest, most material-efficient structural slab possible—starting with carbon fiber but pivoting to wood for scalability and sustainability.From Friendships to FoundingStrong by Form's founding trio came together through long-standing friendships and complementary skill sets—engineering, digital fabrication, and startup acceleration. When Jorge and Daniel realized they had a revolutionary process but no path to market, they called Andres, who had just left venture capital. He joined to build the business—and soon they were securing grants, awards, and investor interest from forestry giants and mobility leaders alike.JEC Debut: The Wooden Bike Frame That Got Everyone TalkingAt JEC 2025, Strong by Form unveiled a bike frame prototype made entirely from Woodflow, designed using composite logic rather than milled timber. It's a visual and functional proof that their stamped biocomposites can handle form, function, and strength—without carbon-intensive inputs.“This bike isn't a gimmick—it's a signal. We're building with wood the way carbon fiber is used in aerospace,” says Andres.Mobility Is Back on the AgendaWhile construction remains their core focus, Strong by Form is expanding into automotive and micromobility. BMW was one of the first to express interest back in 2019—and is now working with the startup on large-scale, interior and exterior vehicle components. A million-euro grant is fueling development of their advanced pressing process, and they're now actively engaging new partners in bikes, transportation, and e-mobility.Investors, Corporates, and the New PlaybookStrong by Form's investor cap table is as unconventional as their tech: four corporate investors (including Europe's top timber producers and construction leaders) and a mix of impact-oriented VCs. Andres admits they had to throw out the startup rulebook.“The first thing you're told is to avoid corporates. Well, our first investor was a corporate,” he laughs.The result is a founder journey that doesn't follow Silicon Valley tropes—but proves that material science innovation can (and must) be funded differently.Learn MoreStrong by Form – Woodflow technology for carbon-neutral construction & mobilityJEC World – Global leader in composites innovation Be sure to follow Sesamers on Instagram, LinkedIn, and X for more cool stories from the people we catch during the best Tech events!

From Surfboards to Sustainable CompositesWhat started as a DIY surfboard made from recycled cardboard quickly turned into a deep-tech material startup. François initially entered—and won—an innovation competition in California. But the surf industry was too niche, so he pivoted to a broader mission: replace carbon-intensive materials in furniture, mobility, and industrial design.What Is Airboard's Innovation?Airboard transforms recycled cardboard into composite sandwich panels, competing directly with wood, aluminum, and even honeycomb cores. Their breakthrough lies not just in the material—but in the machinery they've developed to treat and mold the waste without water or high energy use. The result: lightweight, strong, and fully moldable bio-based composites.Scaling Through Machines, Not MegafactoriesUnlike traditional manufacturers, Airboard isn't building one big factory. Instead, they're creating a scalable machinery platform, inspired by models like Tetra Pak, to enable local production at the source of waste. This distributed approach is designed to keep emissions low and business margins healthy.The Challenges of Hardware-Led InnovationDeveloping novel materials is hard. Developing machines to produce those materials is even harder. François shares how most of Airboard's progress has been self-funded or bootstrapped—and why fundraising is now critical to accelerate R&D and scale production. The team is currently raising €2 million to build next-generation machines and meet growing demand.The Power of Events: From Techstars to JEC WorldAirboard's journey was accelerated by attending JEC World 2024 as a visitor. There, François connected with Techstars, joined their sustainability accelerator, and gained exposure to investors and industrial partners. A year later, Airboard returned as an exhibitor—now part of JEC Startup Booster, the Innovation Planet, and the bio-based materials showcase.Why Airboard's Model ResonatesBio-based & circular: They reuse waste without water or chemicals.Low-energy manufacturing: Their machines are analog, efficient, and easy to deploy.Custom shaping: Thanks to composites, the material can be molded into complex designs.No sanding: Their process eliminates time-consuming post-processing steps.The Bigger Vision: Local MicrofactoriesFrançois isn't chasing headcount or mass centralization. His vision is a network of local microfactories, embedded in places where cardboard waste is abundant. From automotive OEMs to IKEA-style furniture producers, he believes Airboard machines could sit within customer facilities, enabling on-demand, sustainable material production.A Fresh Take on SustainabilityWhen asked what's most needed for real sustainability in the composites industry, François doesn't cite regulation or capital. He says: time. Time to think differently, to explore outside the box, and to develop better systems. “The most valuable thing in the world is time,” he says—something big manufacturers often lack.Learn More About AirboardWebsite: [Coming soon — follow updates on Trashboard]Instagram: @trashboardLinkedIn: François JaubertCurrently raising: €2M to scale production and finalize next-gen machines Be sure to follow Sesamers on Instagram, LinkedIn, and X for more cool stories from the people we catch during the best Tech events!

Join us for a conversation with Abdulkadir Bozarslan, a PhD student at the Centre of Polymer Systems, specializing in Nanotechnology and Advanced Materials. Abdulkadir shares why Erasmus+ played a key role in his academic journey, his experiences with the Turkish community in Zlín, and his current research at UTB. A passionate reader, he discusses his love for science books and his admiration for Erich Fromm. Don't miss this insightful episode!

Video - https://youtu.be/VK9x791l1FQDiscover how science at the tiniest scale is unlocking massive breakthroughs in energy, medicine, and infrastructure. From invisible materials to smart tech that heals itself, this is the future you didn't know was already here.I used ChatGPT-4o, ScreenPal, and Pictory.ai to put this information together.If you're interested in trying Pictory.ai please use the following link. https://pictory.ai?ref=t015o

Platicamos con Georgia González, profesora en Bioingeniería de la Escuela de Ingeniería y Ciencias en el Tec e investigadora del Institute of Advanced Materials and Sustainable Manufacturing sobre el uso de aceite de sargazo como aditivo para mejorar las cualidades de lubricantes sintéticos para la industria, un ejemplo de economía circular.

In this podcast episode, MRS Bulletin's Laura Leay interviews David Cahen from the Weizmann Institute of Science, Israel, about the impact surface defects have on bulk properties, specifically in the case of lead halide perovskites. In a perspective he co-authored, Cahen connected numerous experimental data from other researchers that exposed this phenomenon. By understanding how surface defects control the material's electronic behavior, researchers can pursue new materials for the development of long-lasting devices. This work was published in a recent issue of Advanced Materials. 

In This EpisodeWe are speaking with Nada Ahmed and Jason Ethier, two of the founding partners at Energy Tech Nexus. Energy Tech Nexus is a Houston-based hub designed to connect EnergyTech startups with the resources they need to grow. This includes access to capital, corporate partners, direct access to pilot opportunities, as well as a community of other founders doing the same thing. In this episode, we dive into **how they're building an innovation powerhouse in the heart of the U.S. energy industry, **the evolving role of oil majors in clean tech, **and how to navigate the new regulatory landscape of the Trump administration ---

In this podcast episode, MRS Bulletin's Laura Leay interviews Leif Asp of Chalmers University of Technology about his group's development of an all-carbon fiber-based structural battery. The negative electrode uses carbon fiber and, for the positive electrode, the carbon fiber is coated with lithium iron phosphate. In both cases the carbon fiber takes on the roles of mechanical reinforcement and current collection. This work was published in a recent issue of Advanced Materials.

Dr. Chris Killian is Senior Vice President, Chief Technology and Sustainability Officer for Eastman's global technology, innovation, and sustainability organizations. Chris leads Eastman's innovation-driven growth strategy to deliver sustainable material solutions to customer and societal needs. Prior to his current position, Chris served as senior vice president and chief technology officer.Chris holds a Bachelor of Science degree from the University of North Carolina at Greensboro (UNCG) and a doctorate in organic chemistry from the University of North Carolina at Chapel Hill. He joined Eastman in 1996 as a research chemist. During his career at Eastman, he has held various technology and business leadership positions, including director of polymers technology, director of the Tritan™ growth platform, and vice president of Advanced Materials technology.In this conversation with Dave Young, the Global Leader of the BCG Henderson Institute's Center for Climate & Sustainability, Chris shares Eastman's journey in pioneering technologies like molecular recycling and bio-based polymers, offering insights into how the company has built a “better circle” by integrating circular economy principles into its core operations. The discussion highlights Eastman's principles-based approach to innovation, where high environmental and societal standards are seamlessly aligned with business performance. From creating sustainable supply chains to addressing global challenges in material science, Chris provides an inspiring blueprint for how businesses can leverage innovation to drive growth, deliver value, and create a more sustainable future.

Platicamos con Carlos Rivera, investigador del Institute of Advanced Materials for Sustainable Manufacturing y profesor de la Escuela de Ingeniería y Ciencias del Tec, sobre este proyecto que utiliza colectores solares térmicos y destilación por membrana, una manera sustentable para lograr la desalinización del agua del mar.

Platicamos con Carlos Rivera, investigador del Institute of Advanced Materials for Sustainable Manufacturing y profesor de la Escuela de Ingeniería y Ciencias del Tec, sobre este proyecto que utiliza colectores solares térmicos y destilación por membrana, una manera sustentable para lograr la desalinización del agua del mar. 

In this inaugural edition of RECHARGE: The Industry we talk with Vikram Handa, Managing Director of Epsilon Advanced Materials, about his company's development plans in anode materials on three continents, how its process differs from others, the emergence of battery demand in India and how EAM's products stack up against Chinese AAM.

S&P Futures are indicating a higher opening this morning as bond yields start to fall. Profit takings is being seen in Chinese stocks; China linked stocks are moving lower. There are a host of Fed speakers today, Fed officials will likely push forward expectations of a 25-basis point cut in November. Pepsi's earnings delivered a miss on revenue. Honeywell to spin off Advanced Materials business into publicly traded company. GM's analyst day is likely to create some market moving headlines today. In Europe, markets are lower as profit taking in Chinese stocks weighs on indices. Oil prices are falling yet the attention will remain on Middle East developments.

When cars, planes, ships or computers are built from a material that functions as both a battery and a load-bearing structure, the weight and energy consumption are radically reduced. A research group at Chalmers University of Technology in Sweden is now presenting a world-leading advance in so-called massless energy storage - a structural battery that could halve the weight of a laptop, make the mobile phone as thin as a credit card or increase the driving range of an electric car by up to 70 percent on a single charge. "We have succeeded in creating a battery made of carbon fibre composite that is as stiff as aluminium and energy-dense enough to be used commercially. Just like a human skeleton, the battery has several functions at the same time," says Chalmers researcher Richa Chaudhary, who is the first author of a scientific article recently published in Advanced Materials. Research on structural batteries has been going on for many years at Chalmers, and in some stages also together with researchers at the KTH Royal Institute of Technology in Stockholm, Sweden. When Professor Leif Asp and colleagues published their first results in 2018 on how stiff, strong carbon fibres could store electrical energy chemically, the advance attracted massive attention. The news that carbon fibre can function as electrodes in lithium-ion batteries was widely spread and the achievement was ranked as one of the year's ten biggest breakthroughs by the prestigious Physics World. Lower weight requires less energy Since then, the research group has further developed its concept to increase both stiffness and energy density. The previous milestone was reached in 2021 when the battery had an energy density of 24 watt-hours per kilogramme (Wh/kg), which means roughly 20 percent capacity of a comparable lithium-ion battery. Now it's up to 30 Wh/kg. While this is still lower than today's batteries, the conditions are quite different. When the battery is part of the construction and can also be made of a lightweight material, the overall weight of the vehicle is greatly reduced. Then not nearly as much energy is required to run an electric car, for example. "Investing in light and energy-efficient vehicles is a matter of course if we are to economise on energy and think about future generations. We have made calculations on electric cars that show that they could drive for up to 70 percent longer than today if they had competitive structural batteries," says research leader Leif Asp, who is a professor at the Department of Industrial and Materials Science at Chalmers. When it comes to vehicles, of course, there are high demands on the design to be sufficiently strong to meet safety requirements. There, the research team's structural battery cell has significantly increased its stiffness, or more specifically, the elastic modulus, which is measured in gigapascal (GPa), from 25 to 70. This means that the material can carry loads just as well as aluminium, but with a lower weight. "In terms of multifunctional properties, the new battery is twice as good as its predecessor - and actually the best ever made in the world," says Leif Asp, who has been researching structural batteries since 2007. Several steps towards commercialisation From the start, the goal was to achieve a performance that makes it possible to commercialise the technology. In parallel with the fact that the research is now continuing, the link to the market has been strengthened - through the newly started Chalmers Venture company Sinonus AB, based in Borås, Sweden. However, there is still a lot of engineering work to be done before the battery cells have taken the step from lab manufacturing on a small scale to being produced on a large scale for our technology gadgets or vehicles. "One can imagine that credit card-thin mobile phones or laptops that weigh half as much as today, are the closest in time. It could also be that components such as electronics in cars or planes are powered ...

In this episode of Money Tales, our guest is Lisa Morales-Hellebo. This episode is all about the will and drive of a young Latina to rebel against cultural norms and prove to herself and the world that, by playing by her own rules, she can accomplish whatever she puts her mind to. Lisa grew up as member of the only brown family in an affluent neighborhood, facing relentless racism that put a chip on her shoulder and sparked an unyielding determination. Now, Lisa is using that drive to take on refashioning the $3 trillion end-to-end industrial value chain. After turning down millions from Silicon Valley investors who didn't understand her vision, she's leading a revolution to invest in brown women and overlooked innovators. Lisa has 28 years in tech, design and systems thinking, entrepreneurship, and community building, and has recently added VC to her list of titles as Founder & Co-Managing GP at REFASHIOND Ventures: the Industrial Transformation Fund  — a NY-based venture fund that invests as the first institutional check in early-stage startups refashioning industrial value chains across Data & AI, Advanced Materials, Advanced Manufacturing, and Next Generation Logistics; defensible through economic moats. Lisa has always been obsessed with how things are made and pioneered mass-customization, personalization, and on-demand micromanufacturing for P&G in Silicon Valley in 1999 at a company called Reflect.com. Lisa is catalyzing the paradigm shift to localized demand chains as CEO and Founder of REFASHIOND OS (rOS), which is deploying a unified Data Layer & Control Tower across manufacturing value chains. She is also a founder of The Worldwide Supply Chain Federation, an organization that is changing how supply chain professionals learn about, collaborate, and adopt early-stage supply chain innovation around the world. Lisa is a Carnegie Mellon University alum with University Honors, Techstars alum, founded & built the New York Fashion Tech Lab, serves on the board of 3 other accelerators, has been featured in numerous publications along with 2 books, and has been the recipient of several awards; including Supply & Demand Chain Executive Magazine's Top Woman in Supply Chain 2022, Top 100 Women in Supply Chain 2020, 2021, 2022, & 2023; and WWD's Most Influential ESG Leaders 2023.

Want a quick estimate of how much your business is worth? With our free valuation calculator, answer a few questions about your business and you'll get an immediate estimate of the value of your business. You might be surprised by how much you can get for it: https://flippa.com/exit -- In this episode of The Exit: Vincent Alessi, a multiple-exit founder and current subject matter expert at OpenAI shares his journey from humble beginnings in Michigan to becoming a successful entrepreneur and AI expert in the fields of biology and chemistry. He discusses his first venture, Covaron Advanced Materials, which developed innovative materials with a strong sustainability profile. The intellectual property alone was worth $32M and the company was acquired by an industrial consortium after a nine-month process. In preparation for the exit, Vincent was intentional about creating a plan for how the business would continue to be successful without him as the founder. The exit allowed Vincent to transition into new areas, eventually leading him to his current work in AI, specifically in biosecurity and chemoinformatics at OpenAI. Vincent provides a cautious but optimistic view of AI's future, predicting significant advancements in scientific applications within 5-7 years. For more details and insights from his entrepreneurial journey, listen to the latest episode of The Exit. -- Vincent Alessi is a multi-time exited Founder who creates and sells innovative technology products by inventing solutions to valuable problems while running the GTM and commercialization to get them into customers hands. With 12+ granted patents, 2 company exits, multiple successful products, and >$1.9B of enterprise value created, Vincent is happy to offer his help to others through consulting and advisory services. Sign-Up Link for Bits In Bio - https://www.bitsinbio.org/ LinkedIn - https://www.linkedin.com/in/vincentaalessi/ Check Out Flippa's Data Insights Tool: https://flippa.com/data-insights -- The Exit—Presented By Flippa: A 30-minute podcast featuring expert entrepreneurs who have been there and done it. The Exit talks to operators who have bought and sold a business. You'll learn how they did it, why they did it, and get exposure to the world of exits, a world occupied by a small few, but accessible to many. To listen to the podcast or get daily listing updates, click on flippa.com/the-exit-podcast/

En este episodio entrevistamos a la doctora Patricia Vélez, investigadora en el Instituto de Biología de UNAM, al doctor Roberto Parra,profesor investigador del Institute of Advanced Materials for Sustainable Manufacturing y a la investigadora posdoctoral en el Institute of Advanced Materials for Sustainable Manufacturing del Tec de Monterrey, Maricarmen Iñiguez. Los hongos moldearon el mundo tal y como lo conocemos. Según la ciencia, harán lo propio en el futuro. Pero, con un planeta marcado por crisis como el cambio climático, ¿serán los hongos nuestros enemigos silenciosos o nuestros aliados incomprendidos? Si te interesa la ciencia tienes que suscribirte a nuestro newsletter. Un mail semanal con historias únicas y 0 SPAM https://tecscience.tec.mx/es/subscribe/ Encuéntranos también en TecScience.tec.mx

Discover how necessity is driving sustainable innovation in the chemical industry with host Victoria Meyer and guests Robert Dishman of Cyclx and Matt Adams of EFC Gases & Advanced Materials, winners of American Chemistry Council's 2024 Sustainability Leadership Awards. Learn about Cyclyx's pioneering partnership with industry giants like ExxonMobil and the opening of the world's first chemical composition analysis centers (CCCs) to revolutionize recycling efforts. Robert Dishman delves into Cyclyx's mission to increase plastic collection and eliminate landfill-bound plastics, while also encouraging municipal and consumer engagement. Meanwhile, Matt Adams introduces EFC Gases' award-winning Neon Gas Recycling System, which enhances supply chain stability and promotes circularity in semiconductor manufacturing. Victoria explores the environmental and cost-saving benefits of EFC's technologies along with their long-term goal of sustainable pricing for rare gases.  Gain insights on the following topics this week: Recognizing ACC's 2024 Sustainability Leadership Awards An introduction to EFC Gases and the importance of Neon in semi-conductors How a supply-chain crisis inspired EFC's Neon Gas Recycling System The role of Collaboration in plastics recycling and circularity Cyclyx's formation by ExxonMobil and LyondellBasell and subsequent growth Local communities are critical to success Killer Quote: "Necessity drives innovation, and nowhere is that more evident than in our efforts to combat plastic waste and stabilize supply chains through advanced recycling and sustainable solutions." - Victoria Meyer, Host of The Chemical Show Additional Links: Chris Jahn: Sustainability Starts with Chemistry with ACC CEO Chris Jahn  Michael Heinz: BASF CEO Michael Heinz on Sustainability, Energy, and Leadership  Bonny Tully: Achieving Success in Chemicals: Sustainability and Leadership with Bonnie Tully of Evonik  Daryl Roberts: Careers, Care, and The Future of Chemicals with Daryl Roberts of DuPont  Kevin Norfleet: Carbon Capture and Customer Value with Kevin Norfleet of Celanese    ***Don't miss an episode: Subscribe to The Chemical Show on your favorite podcast player.  ***Like what you hear? Leave a rating and review. ***Want more insights? Sign up for our email list at https://www.thechemicalshow.com  

(0:50) - First healthcare device powered by body heat 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.

Join Tech Consultant Zach Peterson in this interview with Kris Moyer, an esteemed IPC instructor and seasoned PCB design expert. The pair cover a wide range of topics including IPC courses, PCB design practices, and advanced materials. Discover how IPC courses can elevate your PCB design skills, learn about best practices in high-speed digital design (as well as a few other types of design), and explore the challenges of working with advanced materials in the PCB industry. Key Topics Covered: - The importance of IPC courses for PCB designers - Best practices in PCB design and signal integrity - Overcoming challenges with high-speed digital design - Understanding and utilizing advanced materials in PCB manufacturing - Kris Moyer's career journey and industry insights   #PCBDesign #IPC #signalintegrity

Alberto Salleo is an expert in the long, chain-like molecules known as polymers. The world relies on polymers and the most common are in plastics. Salleo is now working on a new generation of organic polymers made of Earth-abundant materials that could lead to flexible electronics that can biodegrade or be easily recycled. These polymers could be game-changers, Salleo tells host Russ Altman on this episode of Stanford Engineering's The Future of Everything podcast.Episode Reference Links:Stanford Profile: Alberto SalleoAlberto's Lab: Salleo Research GroupConnect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads or Twitter/XConnect with School of Engineering >>> Twitter/XChapters:(00:00:00) IntroductionHost Russ Altman introduces guest Alberto Salleo, a professor of materials science and engineering at Stanford University.(00:03:02) Defining PolymersA fundamental definition of polymers, emphasizing their structure as long molecules composed of repeating subunits.(00:04:43) Everyday Applications of PolymersThe commonplace polymers that people encounter daily and their broader impacts.(00:05:42) Organic Polymers and ElectronicsThe unique properties of organic polymers, their applications in electronics and potential for biodegradability.(00:07:52) Advanced Polymer ApplicationsThe development of flexible electronics using organic polymers, including the challenges and current research status.(00:11:27) Neuromorphic ComputingThe role of polymers in neuromorphic computing, highlighting how their properties could mimic brain functions.(00:14:42) Human-Brain Interface and Computing ApplicationsThe dual potential of polymers in interfacing with human brains and creating new generations of computers.(00:18:04) Emerging Research and TechnologiesThe integration of electron microscopy from biology to study polymers and their structures.(00:22:22) Electron Microscopy and Cryo-EM TechniquesAdvanced electron microscopy techniques, such as cryo-EM, to study polymers.(00:26:19) Electrochemistry and Sustainable BatteriesThe application of polymers in electrochemistry, particularly in creating high-density, recyclable batteries.(00:29:26) Conclusion Connect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads or Twitter/XConnect with School of Engineering >>> Twitter/X

Mark, Adam and Aphrodite visit the Advanced Materials Show at the NEC and discuss the things they've seen and the panels they've taken part in. Charlie Briggs, Technical Solutions Specialist joins the podcast to introduce himself, talk about his trip to AMS, and his love of Metal music. Send your scientific materials questions for the team to marketing@goodfellow.comMore information: Hosts: Mark Daniels, Dr Aphrodite Tomou and Nicholas Pecheur Find out more about Space Comm: www.space-comm.co.uk Goodfellow Cambridge Ltd: www.goodfellow.com Ask the panel a question: marketing@goodfellow.com

In this episode, we explore how California Nanotechnologies is changing the world of material science with its combination of cryogenic milling and Spark Plasma Sintering.This unique combination enhances the properties of materials, making them stronger and more durable for high-performance applications in aerospace, renewable energy, and defense.Subscribe to our Blueprint Newsletter for the best and exclusive scoops in engineering. 

A conversation with Barbara Calderon, Manager of the Advanced Materials and Technology Team for the Amphenol Communications Solutions Division. Barbara has been with Amphenol for almost five years and is based in Nashua, NH. We talk about her new role in managing the research and evaluation of innovative materials for the next generation of connectors and cables, which is trying to achieve higher data rates. We talk about how much work goes into matching a material's required mechanical and electrical properties with its manufacturability to find the best solution. We talk about how much she's learned working with other Amphenol businesses in the RF and sensors groups. We talk about growing up in Venezuela, studying materials engineering, and following her fascination with plastics engineering to move to the U.S. for her Ph. D. We talk about being physically active and preparing for bodybuilding competitions in her free time. And we discuss her desert island album, book, and movie. This is The Interface. Hosted by Chris Cappello. Music by Square Seed. For The Interface podcast guest inquiries and suggestions, send a LinkedIn message to https://www.linkedin.com/in/cjcappello.

Medical design/manufacturing, advanced material science, clinician-to-designer interactions, ergonomics On this week's episode, we have Lincoln Black. Lincoln started his career off at Avantech, exposing himself to a range of projects in a consultancy environment. Then moving on into the field of orthopedics design, then to tiller Design in Syndey. Recently he has established Virtimachi where he works with various medical companies to bring their product startups to life. I hope you enjoy the podcast, and if you do would you consider subscribing and sharing the podcast with a friend to help grow the platform?  ⁠virtimachi.com⁠ Instagram  @lets talk Design Linkedin: Roman Cherfan Lincoln Black Support the podcast by purchasing a Lemanoosh course through our affiliate link:⁠ ⁠https://courses.lemanoosh.com/a/21475...⁠ --- Send in a voice message: https://podcasters.spotify.com/pod/show/lets-talk-id/message

Parliamo di un nuovo nano-materiale messo a punto dai ricercatori dell’Istituto di Nanotecnologia del Consiglio Nazionale delle Ricerche di Lecce (Cnr-Nanotec), in collaborazione coi colleghi dell’Istituto di cristallografia di Bari (Cnr-Ic) e dell’Università del Salento. Si tratta di un nuovo materiale termocromico, in grado di variare in pochi secondi proprietà ottiche - quali colore, trasparenza e riflettanza - al variare della temperatura. I risultati dello studio sono stati pubblicati su Advanced Materials. Ne parliamo con Luisa De Marco, Prima Ricercatrice del Cnr-Nanotec.

Navigating the momentum of sustainable technology in the chemical industry, Paul Whittleston, President of Advanced Materials and Catalysts at Ecovyst, joins host Victoria Meyer on The Chemical Show to explore the company's journey in sustainability, international industry trends, and lessons in career development. Sharing insights from a significant career in the chemicals industry, Paul delves into career progression, the company's rebrand, and its commitment to sustainability. With a focus on the emergence of bio-based and renewable technologies, Victoria and Paul discuss challenges in recycling plastic waste, innovative catalyst technologies, and the significance of embracing change and seizing opportunities for sustainable growth, emphasizing the role of mentorship, communication, and culture in shaping successful careers and companies.Join Victoria and Paul as they discuss the following topics:Charting an international career in the chemical industryThe role sustainability plays in Ecovysts's business strategyZeolites - an old technology allowing new innovationEducating investors and customers alike through dialogue and building relationshipsStriking the balance between delivering what your business needs today and the future of the company.War for talent in the chemical industryKiller Quote: "Success in the chemical industry is driven by the success of our customers and partners. Understanding their needs is crucial, and balancing profitable growth today with sustainable growth for the future is the real challenge." - Paul Whittleston***Don't miss an episode: Subscribe to The Chemical Show on your favorite podcast player. ***Like what you hear? Leave a rating and review.***Want more insights? Sign up for our email list at https://www.thechemicalshow.com Wondering how we produce our podcast?We use CastMagic.io to create ShowNotes, Newsletters, Social Media posts and more. Check it out here: https://get.castmagic.io/ean5etivmzi1We use Descript to edit and transcribe each podcast episode. Follow this link to learn more: https://www.descript.com/?lmref=DdZ2MA

Recorded from a livestream of The Chemical Show, host Victoria Meyer interviews Steve Lewandowski, VP of Olefins for Chemical Market Analytics by OPIS, a Dow Jones Company. Victoria and Steve discuss the complex outlook for the 2024 chemical market, exploring challenges and strategies present in the petrochemical industry. The discussion reflects on the uncertainties of the current economic and geopolitical climate and its significant impact on regional and global chemical markets. Steve highlights the oversupply in the industry, regional strategies for export and domestic growth, and the complexities involved in managing market conditions amidst shifting economic challenges. The episode provides insights into cost competitiveness, sustainability practices, and the hurdles faced by the chemical industry in response to government regulations, helping to bring understanding to the intricate dynamics of the chemical market in the coming year.Join Victoria and Steve to learn more about the following:Chemical Industry Outlook in 2024: FoggyCarbon Reduction EffortsEconomic and Geopolitical UncertaintiesOversupply and Cost CompetitivenessCarbon Emissions and SustainabilityKiller Quote: “The challenge ahead is not just to navigate the market's fog, but it's also about steering the industry towards a sustainable future, balancing cost competitiveness with the imperative of reducing our carbon footprint.” - Steve Lewandowski***Don't miss an episode: Subscribe to The Chemical Show on your favorite podcast player. ***Like what you hear? Leave a rating and review.***Want more insights? Sign up for our email list at https://www.thechemicalshow.com Wondering how we produce our podcast?We use CastMagic.io to create ShowNotes, Newsletters, Social Media posts and more. Check it out here: https://get.castmagic.io/ean5etivmzi1We use Descript to edit and transcribe each podcast episode. Follow this link to learn more: https://www.descript.com/?lmref=DdZ2MA Support for our podcast comes from EcoVyst.At Ecovyst, we're accelerating the transition to a sustainability-driven future.Our long history of innovation expertise and close customer collaboration supports the development of proprietary catalysts and services across our two industry-leading businesses, Advanced Materials & Catalysts and EcoServices.Advanced Materials & Catalysts is a leader in proprietary and customized technologies for polymers, cleaner fuels, emissions control and circularity. EcoServices is the largest North American recycler of spent sulfuric acid.Ecovyst... your catalyst for positive change.

Host Victoria Meyer takes on the challenge of strategizing for a potentially flat and challenging year in the chemical industry in 2024. Sharing five strategic ways for businesses to kick-start their year and position themselves for long-term success, Victoria emphasizes the importance of balancing short-term needs with long-term investments, leveraging global and regional strengths, harnessing sustainability, assessing wins and losses, and building partnerships. The episode offers valuable insights for businesses to help think critically about their future, make strategic investments, and take proactive steps to navigate the uncertainties of the market. Is your business looking for a way to start strategically and quickly in 2024? Send Victoria a DM on LinkedIn and set up a 30-minute complimentary consultation where we talk about what are some strategic elements for your business to help you thrive and grow in 2024.Don't miss this insightful episode with Victoria and learn more about the following:Industry Outlook in 20245 Ways to Start Strategically in a Flat/Challenging Market Key Questions to Ask Your Business and Business PartnersKiller Quote: “Play short and long. Understand what's needed to be successful today and to prepare for the future. It's critical to make strategic investments, think short, play long, and ensure that you and your business are continuing to invest and evolve for the future.” - Victoria Meyer Additional Links:Episode 146:  Petrochemicals in 2024: Capacity Overbuild and Codependent Markets with John Richardson of ICIS***Don't miss an episode: Subscribe to The Chemical Show on your favorite podcast player. ***Like what you hear? Leave a rating and review.***Want more insights? Sign up for our email list at https://www.thechemicalshow.com Wondering how we produce our podcast?We use CastMagic.io to create ShowNotes, Newsletters, Social Media posts and more. Check it out here: https://get.castmagic.io/ean5etivmzi1We use Descript to edit and transcribe each podcast episode. Follow this link to learn more: https://www.descript.com/?lmref=DdZ2MA Support for our podcast comes from EcoVyst.At Ecovyst, we're accelerating the transition to a sustainability-driven future.Our long history of innovation expertise and close customer collaboration supports the development of proprietary catalysts and services across our two industry-leading businesses, Advanced Materials & Catalysts and EcoServices.Advanced Materials & Catalysts is a leader in proprietary and customized technologies for polymers, cleaner fuels, emissions control and circularity. EcoServices is the largest North American recycler of spent sulfuric acid.Ecovyst... your catalyst for positive change.

Industrial Talk is chatting with Mosongo Moukwa, President of Hathaway Advanced Materials about “Be a Leader of Significance.”  The following is a summary of our conversation: Industrial IoT security and leadership. 0:00 Palo Alto Networks releases report on industrial IoT security, highlighting cost savings and benefits. Scott MacKenzie invites listeners to reach out to him and feature their content on industrial talk.com, a platform for amplifying industrial-related voices and opportunities. Mosongo Moukwa is a leader of significance, and Scott highly recommends his book available on Amazon. Leadership book and impactful management. 5:14 Mosongo , a former senior leader in the chemical and material industry, shares their transformational leadership journey and experiences as a leadership coach. Mosongo was unexpectedly promoted to a management role with no prior experience, leading to a long and interesting career as a Leadership Fellow. The book "Build Your Legacy, Leave an Impact" advocates for impactful leadership that affects people's hearts and minds, making a lasting difference. The author's realization that leadership is not just about market share or product innovation, but about transformational changes that start from the ground up, led to writing the book to enhance leadership capabilities. Leadership, significance, and emotional connection in the workplace. 11:11 Leadership is about building meaningful relationships through shared values and vision, rather than just managing projects. Mosongo emphasizes the importance of prioritizing people over profits, citing increased employee engagement and strategic standing as benefits. Leader of significance: find purpose, feel valued, inspire team (Scott MacKenzie) Creating a positive work culture for employee engagement and organizational success. 17:08 Developing others and creating opportunities for growth are key to a leader's success, as they help build a sense of belonging and psychological safety among employees. Engaging with employees through casual conversations and building connections can help leaders understand what their employees value and need, such as a sense of affiliation and psychological safety. Mosongo shared a story about a colleague who felt invisible and unvalued, highlighting the importance of psychological safety and feeling recognized in the workplace. Manager Scott MacKenzie discussed the challenges of creating a socially safe and valued environment within a larger cultural context, emphasizing the need for trust and consistency across the organization. Scott MacKenzie and Mosongo discuss the importance of leaders being visible and authentic in building trust and connecting with employees. Consistency, value, trust, and safety are key elements of creating a positive work environment, as demonstrated by Mosongo's leadership style. Leadership, education, and innovation. 25:49 Mosongo Moukwa emphasizes the importance of creating a learning environment, education environment, and innovative environment to foster collaboration and drive success. Mosongo encourages listeners to find

Discover leading indicators for investment in Alberta's Industrial Heartland and its growth constituents as Mark Plamondon, Alberta's Industrial Heartland Association's Executive Director and host Victoria Meyer discuss the shift towards low carbon energy products and the region's natural competitive advantage.Tune in to gain insights into talent development, infrastructure support, and the region's potential to become a global destination for capital. Don't miss this insightful conversation between Victoria and Mark on The Chemical Show and learn more about the following:Introducing Alberta's Industrial Heartland AssociationThe Significance of Dow's Path2Zero project and first Net-Zero ethylene crackerBuilding alignment and collaboration across municipalities, governments, and investorsThe role of robust tax incentives in welcoming investmentCelebrating Alberta's Industrial Heartland Association 25th Anniversary in 2024Killer Quote: "Decarbonization, low-cost feedstock, and a collaborative framework: the industrial heartland is not just a destination, but a global leader in sustainable energy investments." - Mark Plamondon***Don't miss an episode: Subscribe to The Chemical Show on your favorite podcast player. ***Like what you hear? Leave a rating and review.***Want more insights? Sign up for our email list at www.thechemicalshow.com. Wondering how we produce our podcast?We use CastMagic.io to create ShowNotes, Newsletters, Social Media posts and more. Check it out here: https://get.castmagic.io/ean5etivmzi1We use Descript to edit and transcribe each podcast episode. Follow this link to learn more: https://www.descript.com/?lmref=DdZ2MA Support for our podcast comes from EcoVyst.At Ecovyst, we're accelerating the transition to a sustainability-driven future.Our long history of innovation expertise and close customer collaboration supports the development of proprietary catalysts and services across our two industry-leading businesses, Advanced Materials & Catalysts and EcoServices.Advanced Materials & Catalysts is a leader in proprietary and customized technologies for polymers, cleaner fuels, emissions control and circularity. EcoServices is the largest North American recycler of spent sulfuric acid.Ecovyst... your catalyst for positive change.

What factors are driving petrochemical markets today?  Join this conversation between Victoria Meyer and industry-expert John Richardson of ICIS as they discuss the trends and influences on the Asian and global petrochemical markets.  Including:Excess capacity due to overbuilt olefins and polyolefins assetsGlobal co-dependence on China for petrochemical consumption and demand growthChina's shift to "mature" growth of 1-3% p.a. from "fast growth" 6-8% p.a.How leaders are handling economic and market challengesDownload John's latest analysis on petrochemical markets here. Killer Quote: "2024 and beyond will be a roller coaster ride for the industry, with China's dominance in global demand dictating the trajectory. The key will be for companies to navigate this landscape, whether they are giant international players or small local companies.” –John RichardsonPrior interviews with John:Episode 102: China's Aging Demographics and the Future of the Chemical Industry with John RichardsonEpisode 79: How The China Market Affects Chemical Prices With John RichardsonEpisode 36: How China's Response To Chemicals Is Affecting the World With John Richardson of ICISEpisode 22: Understanding Market Demand To Manage Your Business Amid Uncertainty With John Richardson Support for our podcast comes from EcoVyst.At Ecovyst, we're accelerating the transition to a sustainability-driven future.Our long history of innovation expertise and close customer collaboration supports the development of proprietary catalysts and services across our two industry-leading businesses, Advanced Materials & Catalysts and EcoServices.Advanced Materials & Catalysts is a leader in proprietary and customized technologies for polymers, cleaner fuels, emissions control and circularity. EcoServices is the largest North American recycler of spent sulfuric acid.Ecovyst... your catalyst for positive change.

In-space manufacturing is what we are discussing in this episode, and we have a really cool and qualified guest: Jessica Frick is a researcher at Stanford's XLab, the extreme environment microsystems lab. They recently held a workshop on semiconductor manufacturing in microgravity, just published a white paper about it (linked below), and are now setting up an institute focused on manufacturing advanced materials in microgravity. Enjoy! The Institute for In-Space Manufacturing of Advanced Materials https://rb.gy/b4661j White paper: Semiconductor Manufacturing in Low-Earth Orbit for Terrestrial Use https://drive.google.com/file/d/1pdur3PPXvVMRaf3ZFNRe_W8lY_fqjLri/view?usp=sharing Follow us: Twitter - https://www.twitter.com/podcast_space LinkedIn - https://www.linkedin.com/in/raphaelroettgen/ Instagram -  www.instagram.com/raphael_space/ Learn more about space & the space economy: SPACE ECONOMY BOOK: Raphael's fully revised introductory book on the Space economy, "To Infinity" - https://a.co/d/6jIQ2LO Check out the edX/EPFL Space Economy MOOC: https://www.edx.org/course/new-space-economy Upcoming newsletter - sign up: https://spacebusiness.substack.com/ The Space Business Podcast is sponsored by NanoAvionics. Timestamps: 0:00 Intro 2:20 Intro to XLab & Jessica 4:37 Jessica's origin story & motivation 8:54 Semiconductor manufacturing primer 14:15 In-space manufacturing for Earth 15:58 Which part of semi manufacturing makes sense to do in space 17:30 Advantages of microgravity  18:50 Could it be done on Earth? 20:25 Advantages of microgravity (cont'd) 26:20 Semiconductor materials besides silicon 28:50 Why larger crystals are better 35:45 Why now? 38:45 Safety & astronaut intervention 40:30 Microgravity platforms besides the ISS 41:40 Importance of subject matter expertise 45:00 Origin of the idea for the new institute 54:55 Current ISS equipment 55:55 The Institute for In-Space Manufacturing of Advanced Materials 1:02:00 How to get involved 1:04:25 Sci-fi

The competition for strategic advantage in economic and military affairs depends more and more on critical materials. Now the Energy Department has launched an initiative it calls the Critical Materials Collaborative. Among its goals, to accelerate a domestic supply chain for critical materials. For more, Federal Drive Host Tom Temin talked with the Senior Technology Manager for the Energy Department's Advanced Materials and Manufacturing Technologies Office, Helena Khazdozian. Learn more about your ad choices. Visit podcastchoices.com/adchoicesSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

The competition for strategic advantage in economic and military affairs depends more and more on critical materials. Now the Energy Department has launched an initiative it calls the Critical Materials Collaborative. Among its goals, to accelerate a domestic supply chain for critical materials. For more, Federal Drive Host Tom Temin talked with the Senior Technology Manager for the Energy Department's Advanced Materials and Manufacturing Technologies Office, Helena Khazdozian. Learn more about your ad choices. Visit megaphone.fm/adchoices

(3:50) - Building a chemical 'GPT' to help design a key battery componentThis episode was brought to you by SAE International! They're THE go-to spot for automotive lovers and engineers—keeping you ahead of the game and hyped about the future of the automotive world!

(3:00) - 3D printed reactor core makes solar fuel production more efficientThis 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 how 3D printing will play a role in the next manufacturing revolution!

Bridgestone introduced the concept of ENLITEN in 2022 and is moving quickly to demonstrate the impact it can make in both its product strategy and operations. Already in 2023 Bridgestone has launched two new ENLITEN products that are changing the game through advanced materials and design, including the breakthrough PeakLife polymer. In this episode, host Keith Cawley is joined by Jess Placke and Dale Harrigle, two engineers from the Bridgestone Americas Technology Center in Akron, Ohio, who played pivotal roles in delivering the company's first tire designed exclusively for EVs and an ultra-high performance all-season tire with longer wear life than ever before.

Explain what UAMMI is and how it came about. Why is this organization in Utah? (aerospace development, military, etc) Tell us about composites, I understand they are not metal – they are petroleum products as strong as metals. Are they all 3D printed? What are the particular uses of these materials? UAMMI is also an administrator of public funds – public/private partnership aerospace and defense, outdoor sports, and medical products – how do you coordinate with these partners? What kinds of support do you offer to manufacturers? Do you have events? I know that you also partner with CONNEX – please explain what services are offered by CONNEX What about workforce development? Partnerships with Utah universities? Follow the Rethink Reshoring Podcast Other FreightWaves Shows Learn more about your ad choices. Visit megaphone.fm/adchoices

Explain what UAMMI is and how it came about. Why is this organization in Utah? (aerospace development, military, etc) Tell us about composites, I understand they are not metal – they are petroleum products as strong as metals. Are they all 3D printed? What are the particular uses of these materials? UAMMI is also an administrator of public funds – public/private partnership aerospace and defense, outdoor sports, and medical products – how do you coordinate with these partners? What kinds of support do you offer to manufacturers? Do you have events? I know that you also partner with CONNEX – please explain what services are offered by CONNEX What about workforce development? Partnerships with Utah universities? Follow the Rethink Reshoring Podcast Other FreightWaves Shows Learn more about your ad choices. Visit megaphone.fm/adchoices

While thermodynamics suggests that water sorption is more favorable at a low temperature, MRS Bulletin podcaster Laura Leay interviews post-doctoral researcher Xinyue Liu from the Massachusetts Institute of Technology (MIT) who reports a hydrogel that can adsorb more water at elevated temperatures. Liu and the research team from MIT and the University of Michigan were searching for a way to harvest water from the air without using a lot of energy. They want to tackle the problem of water scarcity and find a way of generating water sustainably. To do so, they tested many different sorbents. Most sorbents, such as zeolite and silica gel, have a structure that does not change much when it has adsorbed water; however, the polyethylene glycol – or PEG – hydrogel that the team synthesized is different. While it is semi-crystalline at 25°C, it becomes amorphous at 50°C. This structural change means that more adsorption sites are available at the higher temperature. As water is absorbed, it caused the hydrogel to swell, opening up further adsorption sites. The PEG hydrogel monomers are star-shaped, forming a network where the molecular weight can be precisely controlled. The shape of the monomer leads to very homogeneous structures, facilitating crystallization. The PEG hydrogel exhibited a water uptake of 0.050 grams per gram of polymer at 50°C and 50% relative humidity, with half this water uptake at 25°C and the same humidity. This work was published in a recent issue of Advanced Materials. 

Interview with Darren Townsend, CDO of Neometals (ASX: NMT)Our previous interview: https://youtu.be/JoAZ_iz8ADMRecording date: 18th July 2023Neometals is a pioneering Minerals and Advanced Materials project development company, dedicated to sustainable battery materials production. With a forward-thinking approach to circular economic principles, the company has created an array of green battery materials processing technologies designed to lessen dependence on traditional mining and processing methods. At the heart of the company's innovative strategies are three core battery materials businesses, each of which is commercialising proprietary, low-cost, and low-carbon process technologies through incorporated joint ventures.Among these businesses, the Lithium-ion Battery ("LIB") Recycling division, a joint venture with global plant builder SMS group, offers a commercial disposal service, producing valuable materials like nickel, cobalt, and lithium from production scrap and end-of-life LIBs. Another venture is the Vanadium Recovery business, aimed at producing high-purity vanadium pentoxide from steelmaking by-product ("Slag"). Lastly, the Lithium Chemicals division focuses on producing battery-quality lithium hydroxide using the patented ELi™ electrolysis process. Additionally, Neometals oversees the Barrambie Titanium and Vanadium Project, boasting one of the world's highest-grade hard-rock titanium-vanadium deposits. In all its ventures, Neometals is reshaping the way the world perceives and uses mineral resources.

On this episode, Nick Ciparro joins me on the podcast. Nick is the Chief R&D scientist at Carbon Rivers, a company that develops and commercializes technologies such as: Nick has s super interesting story to share of how he got into the world of advanced materials and composites.  The post Talking Advanced Materials and Composites with Nick Ciparro, Chief R&D Scientist at Carbon Rivers first appeared on Composites Weekly. The post Talking Advanced Materials and Composites with Nick Ciparro, Chief R&D Scientist at Carbon Rivers appeared first on Composites Weekly.

Explore the frontiers of 3D printing in healthcare and its potential to revolutionize personalized medicine, reshape prosthetics, and reimagine drug delivery systems.In this episode we're re-sharing a conversation Russ had in 2021 with Joseph DeSimone, a professor of chemical engineering at Stanford University. This one is about health, and Joe tells us how 3D printing is transforming healthcare. His group is using it to make vaccine delivery easier and more effective. They're also creating implantable chemotherapy that kills tumors, while having fewer side effects for the patients. We hope you enjoy this glimpse of how 3D printing technologies are being used in novel and unexpected ways.Chapter show notes:(00:00:00) IntroductionHost Russ Altman introduces the episode and welcomes Joseph DeSimone, a renowned 3D printing expert and bioengineer.(00:01:14) Exploring the Potential of 3D Printing in HealthcareAltman and DeSimone discuss the transformative possibilities of 3D printing in personalized medicine, prosthetics, and drug delivery.(00:04:25) Advancements in Personalized ProstheticsThe advancements in 3D printing technology for personalized prosthetics are explored, highlighting the benefits of customized solutions for patients.(00:07:36) Innovations in Implantable DevicesDeSimone discusses the groundbreaking use of 3D printing for creating implantable devices, such as bone replacements and joint implants, with improved functionality and longevity.(00:09:19) Custom Prosthetics and ImplantsThe use of 3D printing for custom prosthetics and implants is highlighted, showcasing its potential for improving patient outcomes.(00:11:05) Enhancing Drug Delivery through 3D PrintingDeSimone explains how 3D printing has revolutionized drug delivery systems, allowing for precise control and targeted release of medications to enhance therapeutic outcomes.(00:13:10) Precision Drug Delivery for Cancer TreatmentDeSimone discusses the implantable devices used for targeted chemotherapy delivery, including a description of their appearance and components. (00:15:40) Applications of localized drug delivery in various cancers are explored.(00:20:10) Advanced Materials for BioprintingThe use of bioprinting and the development of advanced materials for creating functional tissues and organs are discussed, highlighting their potential impact on regenerative medicine.(00:22:15) Harnessing 3D Printing for Regenerative MedicineThe potential of 3D printing in regenerative medicine, including tissue engineering and organ transplantation, is examined, highlighting its ability to create patient-specific solutions.(00:23:35) Ensuring Data Security and Patient PrivacyThe importance of data security and patient privacy in the context of 3D printing healthcare solutions is emphasized, exploring strategies to safeguard sensitive information.(00:25:05) Trust and Ethics in 3D Printing HealthcareThe ethical considerations and challenges surrounding 3D printing in healthcare, including regulatory frameworks and patient privacy, are discussed.(00:27:14) Diversity and Trust in Bioengineering and HealthcareDeSimone discusses his involvement in issues of diversity and trust within bioengineering and healthcare. The connection between values, diversity, and fostering an innovative environment is examined.(00:28:30) The Mathematical Impact of DiversityAltman and DeSimone discuss the tangible benefits of diverse teams in driving progress and innovative solutions. The concept of combinatorial approaches and the need for diversity in disciplines and human experiences is highlighted.

This week, Scott Stephenson joins me to discuss SAMPE 2023 taking place next week (April 17-20) in Seattle, WA. Scott is the director of strategic initiatives and events at CompositesWorld, and also president & acting CEO of SAMPE North America.  This conference is where the advanced materials community comes together for face-to-face meetings, top-level education sessions, and panels led by... The post 174: Discussing SAMPE 2023 – North America's Premier Advanced Materials & Process Engineering Conference first appeared on Cast Polymer Radio.

This week, I welcome Adam Harms to the show. Adam is the managing director at Ruhl Strategic Partners and one of the founders of Modulus, a new Social Community that is 100% dedicated to the Materials Industry. This new platform will offer a more focused materials network experience away from LinkedIn that allows deeper engagement, and industry advancement. Adam explains […] The post Unlocking the Power of the Composites and Advanced Materials Community – Interview with Adam Harms first appeared on Composites Weekly.

A professor in physics, psychology and art, Richard Taylor believes the bio-inspired technology he is developing with a team at the University of Oregon could one day lead to a bionic eye. Taylor is exploring how diseased regions of the retina can be replaced by fractal electronic implants, converting light into electrical signals. They have grown rodent retinal neurons on a fractal-patterned electrode, mimicking the repeating branching pattern in which neurons naturally grow. He has also used bioinspired fractal images to reduce people's stress levels. Known for his work across disciplines, he is also considered a leading expert on the artist Jackson Pollock, proving that his paint splatters are in fact fractals. Prof Taylor is giving a free public talk in Rotorua on the 8th of February, on the stress-reducing properties of fractals, as part of the 10th International Conference on Advanced Materials.

Complex compositions of materials are all around us, enabling big improvements in advanced technologies. These materials typically possess superior properties to optimize the performance and production of a wide range of applications.In this episode of Our Connected World, host Michelle Dawn Mooney interviewed Phil Gilchrist, Vice President and Chief Technology Officer for Communications Solutions at TE Connectivity. During this conversation, they discussed three topics:1. Advanced materials and the increased expectation of mass customization 2. Alternative materials for design 3. Testing and validation of new materials“The world is embracing advanced materials to leave the world way better than we met them,” explained Phil. Today's biomaterials can be either natural or synthetic and composed of numerous substances, including metals, ceramics, and polymers. Some examples of biomaterials include titanium and stainless steel, which are commonly used in joint replacements. Another is polyethylene, which is used in artificial heart valves.The creation of new materials is helping to address the increased expectation for mass customization and rapid on-demand production, Gilchrist explained. This is true in the field of biomaterials, where new materials can be designed with specific properties, such as biocompatibility, that make them well suited for a wide range of medical applications. These new materials can be produced quickly and at a lower cost than traditional materials, making them more accessible to a wider range of customers.

Videos: 1. Matt Taibbi – Shouldn't Hillary Clinton Be Banned From Twitter Now? (Read) 2. Parents Talking To The School Board, About Filth in Schoolbooks (4:55) 3. Journalist Dr Udo Ulfkotte was paid to spread propaganda and push for war with Russia! (13:22) 4. Eugenics and America's Campaign to Create a Master Race: War Against the Weak (2003) (Start at 3:00, Play For 15 mins) 5. World Economic Forum – Hackable Humans – Yuval Noah Harari, 6. Bill Gates – ” We didn't understand that it's a fairly low fatality rate” Vitamin D may restore the body's natural barrier against ovarian cancer Nagoya University (Japan) Ovarian cancer has one of the highest death rates of all cancers. One reason for this is that the cancer turns the body's defenses against itself. However, new research from Nagoya University published in Matrix Biology suggests that vitamin D can effectively prevent one of the key pathways used by this cancer. Ovarian cancer often undergoes a process called peritoneal metastasis. In this process, its cells detach from their primary site in the ovary and travel to a secondary implantation site, such as the peritoneal wall or diaphragm. The peritoneum defends against this process using a barrier consisting of mesothelial cells, which prevent the adhesion of cancer cells and limit their spread. However, ovarian cancer gets around this defense by transforming the protective mesothelial cells into cancer-associated mesothelial cells. This creates an environment that helps metastasis, assisting the spread of cancer around the body. (Next) Herbal supplement shows promise against lung cancer University of Technology at Sydney Berberine, a natural compound found in plants such as barberry and goldenseal, suppresses the proliferation of lung cancer cells in the lab, new research shows. It also reduces airway inflammation and damage to healthy lung cells exposed to chemicals from cigarette smoke. The evaluation of berberine's effect on non-small cell lung cancer has just been published in the journal Pharmaceutics. It shows that berberine exhibits potent anticancer activity, suppressing cancer cell growth in vitro. The study follows research recently published in Antioxidants, also led by Dr. Dua, showing berberine can inhibit oxidative stress, and reduce inflammation and cellular senescence induced by cigarette smoke extract in lab-grown human healthy lung cells. (Next) N-acetylcysteine could improve concussion recovery Midwestern University (Arizona) A study reported on April 8, 2022, in The Journal of Trauma and Acute Care Surgery revealed improvement in symptoms of concussion among older men and women with mild traumatic brain injury (TBI) who received supplements containing the antioxidant amino acid N-acetylcysteine (NAC). Free radicals produced following brain injury react with lipids to create toxic molecules within the first hours following a traumatic brain injury. Dr McPherson and his associates suggested that the damage caused by these molecules could be responsible for the symptoms that occur after a concussion and that the use of compounds such as NAC could help mitigate some of these symptoms. The study included 65 traumatic brain injury patients of an average age of 76 years who were within three hours of trauma surgery service evaluation. Thirty-four patients received standard treatments for TBI plus 4 grams NAC within three hours of injury, followed by a 3-day period during which 2 grams NAC was administered twice per day and an additional 3 days during which 1.5 grams NAC was provided twice daily. The remainder of the participants received standard treatment alone. Questionnaires that evaluated post-concussion symptoms were administered at the beginning of the study and at 7 and 30 days. Questionnaire scores were significantly better in the NAC group on days 7 and 30. (Next) Ozone antiseptic shows potential for treating severe gum infections Research SEA (Japan) A powerful new antiseptic agent, called ozone nanobubble water, holds promise for the treatment of periodontitis, or severe gum infections, according to research published in the journal Science and Technology of Advanced Materials. The study, by Professor Shinichi Arakawa and colleagues, evaluated the bactericidal activities of ozone nano-bubble water — also known as NBW3 — against the two main bacterial agents that cause periodontitis. It also assessed NBW3's toxicity to human oral tissue cells. Their results showed that NBW3 can kill periodontal pathogens within 30 seconds of exposure, yet has only a minor impact on the viability of oral tissue cells after 24 hours of exposure. Based on their in vitro results, the researchers conclude that NBW3 could become a valuable tool for treating periodontitis. (Next) Eating a Mediterranean diet could cut womb cancer risk Institute of Pharmacological Research (Italy) Women who eat a Mediterranean diet could cut their risk of womb cancer by more than half (57 per cent), according to a study published in the British Journal of Cancer*. The Italian researchers looked at the diets of over 5,000 Italian women to see how closely they stuck to a Mediterranean diet and whether they went on to develop womb cancer**. The team broke the Mediterranean diet down into nine different components and measured how closely women stuck to them. The diet includes eating lots of vegetables, fruits and nuts, pulses, cereals and potatoes, fish, monounsaturated fats but little meat, milk and other dairy products and moderate alcohol intake. Researchers found that women who adhered to the Mediterranean diet most closely by eating between seven and nine of the beneficial food groups lowered their risk of womb cancer by more than half (57 per cent). Those who stuck to six elements of the diet's components reduced their risk of womb cancer by 46 per cent and those who stuck to five reduced their risk by a third (34 per cent). But those women whose diet included fewer than five of the components did not lower their risk of womb cancer significantly.