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Materialism: A Materials Science Podcast

Taylor Sparks and Andrew Falkowski

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In this podcast, Taylor and Andrew investigate the past, present, and future of materials science and engineering. Topic areas ranging from cutting edge materials technology, the history of different materials, the commercialization of new materials, and exciting advances in processing and characterization are all covered in detail. Our episodes include things like the unlikely discovery of superglue or teflon, the fascinating backstories about modern biomaterials like dialysis filters, and ...
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Designing a great material is only half the battle, now you need to sell it. In this episode we sat down with Dan Wilson from Sintx and took a dive into the surprisingly nuanced world of materials sales and the challenges and pitfalls of marketing materials solutions. Learn more about Sintx and the great materials they are developing by visiting th…
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The challenge of plastic pollution in our environment will be a defining issue in the coming decades. To address this problem, scientists have developed a host of next generation biodegradable plastics that have the potential to improve the sustainability of single use products. Among these are a class of materials called PHAs which are of particul…
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There’s more to a material’s microstructure than meets the eye! In this episode of the Materialism Podcast we dive into the world of Electron Backscatter Diffraction (EBSD) characterization, and discuss some of the important properties you can measure with it including grain size, phase distribution, texture, and more! To help us navigate this topi…
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Meeting the demands of next-generation technologies will require materials to be designed and qualified at faster rates than ever before. The ICME (integrated computational materials engineering) approach is at the forefront of this innovation, blending advanced computational modeling with experimental validation to accelerate the development of ne…
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Examining the inside of a material is often a destructive process that risks obscuring or deforming critical details. However, advances in computed tomography have opened new opportunities to obtain high resolution, three-dimensional reconstructions of materials in a non-destructive manner. Through this technique materials scientists can now identi…
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The ability to avoid detection is one of the most useful tricks of modern day combat aviation. In this episode we dive into some of the history of various stealth endeavors ranging from painting ships with fun stripes to creating radioactive fuel additives. All culminating in a discussion of the materials that make a plane stealthy. References: His…
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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 f…
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Join us as we speak to Delta Faucet about a new way of ceramics processing. Learn how the process works and why they aren't pursuing it further at the moment. This episode is sponsored by Delta Faucet, learn more about their work and services by visiting their website. This episode is sponsored by Materials Today, an Elsevier community dedicated to…
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Watch the full episode here: https://youtu.be/2R3o5UMJ0SI When you pick up a racquet at the tennis court, have you ever thought: “this feels great!” Or, “this doesn’t feel so great”? There’s a science to that! Sports equipment companies rely on feedback from amateur players, professionals, customers, and their employees to design better products by…
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Cryogenic Milling, the name may be self explanatory but the process is not. We sit down with Eric Eyerman CEO of at Cal Nano to talk about what Cryogenic Milling is, how Cal Nano has used it in the past, and the benefits it offers to engineers. This episode is sponsored by calnano, learn more about their work and services by visiting their website.…
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A resume mix-up landed a material scientist into a data scientist role. This happy accident led him to discover how data drives the design and operation of materials and experiments. At its core, nuclear energy is all about generating electricity by converting water to steam to drive a turbine - very, very powerfully. But there’s a ton of data mana…
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Delve into the new (ish) exciting world of flash sintering and learn how it compares to Spark Plasma Sintering. Also get ready for a little history lesson on ceramic production in the UK. This episode is sponsored by Lucideon, learn more about their work and job opportunities by visiting their website. This episode is sponsored by Materials Today, …
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
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The way in which we are using resources to produce materials is putting unsustainable strain on the ecosystem. The circular economy has the potential to make better use of resources, which is particularly important in the construction industry where demand for materials continues to increase. In this episode, we discuss the need for circularity in …
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
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There must be closer collaboration between industries and more efficient use of resources to achieve more sustainable industry for the future. Industrial symbiosis brings organisations together to find ways to use the waste from one as raw materials for another. In this episode, learn about the benefits of industrial symbiosis, some examples of whe…
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Every aspect of our life has recently been flooded with new AI driven tools as ChatGPT continues to spread. The question is can Materials Science benefit from these AIs? Is there a future with this or is this just a flash in the pan fad? Do we need to go the way of Dune and destroy all computers? Find out in this episode. This episode is sponsored …
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
  continue reading
 
There are many benefits for the adoption of digital tools, including machine learning, in materials production and development. However, widespread use remains low in part due to a lack of knowledge and understanding of its applications. What is the state-of-the-art and how could the deployment of digital tools shape materials production in the fut…
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
  continue reading
 
Concrete is an essential material in modern society. It is the second most used material after water and it’s demand continues to increase. However, at least 8% of global emissions caused by humans come from the cement industry. Therefore, reducing the environmental impact of cement and concrete production and use is critical in achieving a more su…
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What does it take to completely revolutionize the global energy infrastructure? This is the Energy Transition. We’ve done it before. Once the value of gasoline was discovered and understood, gasoline production increased by orders of magnitude within just a few decades. How does this compare with the need to reach net-zero carbon emissions as soon …
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Bakelite was discovered in 1907. Nylon was discovered in 1935, polyethylene in 1936, Kevlar in 1966. All of these discoveries were revolutionary and had years of work put into their discovery. Each major discovery is years apart. Maybe scientists took a trial-and-error approach, trying new ideas until they worked. Maybe some materials were discover…
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The UK foundation industries (chemicals, ceramics, glass, paper, cement and metals) face common challenges to ensure they benefit in the transformation to a more sustainable future. Cross-sector collaboration is essential to share best practice and optimize use of energy and resources. The Innovate UK Transforming Foundation Industries Challenge ha…
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
  continue reading
 
Cosmetic chemistry is the science responsible for the creation and refinement of makeup, body wash, deodorant, and many more body-based products that people use every day. But who actually designs these products, and what principles do they use? How do they decide what is safe to put on your face or your skin? In today’s episode, we welcome Kelly D…
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Autonomous labs are poised to revolutionize materials and chemistry research. Tools are both less expensive than they once were, and the techniques to use them have been developed. We chat with Andy Cooper of the University of Liverpool to learn how far we've come, what's left to do, and what we can expect going forward. This episode is sponsored b…
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Modern engineers work in environments that most metals simply can't withstand. What do you do when you need a metal to go to incredibly high temperatures? You make an alloy. We take a dive into the history of these nickel "superalloys" to understand what makes them so super and how they are being leveraged to push innovation forward. Interested in …
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We hope you enjoy the episode! And as always, let us know what topics you’d like us to cover next! Learn more about our MSE Career Development Online Course, which includes more industry-specific information and advice. https://www.mseacademy.com/courses/students-tier-2 Join our Discord community! You can meet other passionate materials scientists …
  continue reading
 
What do wearable medical devices, automotive interiors, and healthcare products all have in common? Electronic textiles (E-textiles) can be used for all of them! Generally, the resistance of a material increases when it is stretched. E-textiles enable new form factors for conductive circuitry and new products due to their ability to maintain resist…
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Manufacturing mistakes can be costly to both time and money but a large one can even injure or kill workers. The bets way to combat mistakes is to monitors every step of the process but when it comes to creating complex materials this isn't always so easy. Learn how the sensors used work and why they are so important to the process. This episode is…
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