| Transcripts | ||
|---|---|---|
 | Joining materials and people together: Monica Ferraris | |
 | Processing pathways for the next-gen workforce: Tim Powers | |
 | Electrospinning of breath-based diagnostics: Perena Gouma | |
 | Driving energy conversion progress through diffraction: Scott Misture | |
 | Shaping the future with geopolymers: Trudy Kriven | |
 | Glass recycling challenges and solutions: Collin Wilkinson | |
 | STEM outreach in rural communities: Katrina Donovan | |
 | Advancing microscopy with machine learning: Sergei Kalinin | |
 | Networking as an emerging professional: Alessandro De Zanet | |
 | Modeling materials and meetings engagement: Jessica Rimsza | |
 | Lifelong learning in the changing education system: Carl Frahme | |
 | Clay roof tiles inspire past and present passion: David Jensen | |
 | Focusing on the fundamentals: Rajendra Bordia | |
 | Fostering pathways for ceramic engineers: Geoff Brennecka | |
 | Innovative solutions for low-carbon cement: Shiho Kawashima | |
 | Designing capacitors of the future: Yoshiki Iwazaki | |
 | Pathways to excellence through research and writing: John Mauro | |
 | Specialty glasses for healthcare and more: Steven Jung | |
 | New technologies for nuclear energy: Rita Baranwal | |
 | Manufacturing innovation at US national labs: Chris Heckle | |
 | Space, the new frontier for business: Jonathan Volk | |
 | The everlasting relevance of brick: John Sanders | |
 | Actions for a sustainable future: Jürgen Rödel | |
 | Big picture, small scale—connecting materials and communities: Sanjay Mathur | |
 | Deformable ceramics and next-gen functionalities: Xufei Fang | |
 | Exploring space and the future of travel: Valerie Wiesner | |
 | Discovering the magic in ceramic science and art: Ryan Coppage | |
 | Materials research for space and in space: Rick Weber | |
 | Modern techniques reveal historic secrets: Katherine Faber | |
 | Advancing the Age of Glass: Mathieu Hubert | |
 | The Ceramic and Glass Industry Foundation: Marcus Fish | |
 | Engineering surfaces using thermal spray: Christopher Berndt | |
 | The Glass of Wine: Jim and Penelope Shackelford | |
 | Welcome to IYOG 2022: Kathleen Richardson and Manoj Choudhary | |
 | Holistic academia—teaching, research, mentoring: Beth Dickey | |
 | How to craft a strategic plan: Mark Mecklenborg and Dana Goski | |
 | Superheroes and open access inspire research: Ricardo Castro | |
 | Building cross-border research communities: Olivia Graeve | |
 | Diversifying energy sources and workforce: Sossina Haile | |
 | Teaching science through experience: Adelle Schade | |
 | A teacher’s thoughts on glass and money: Steve Feller | |
 | Materials Genome Initiative 10 years later: James Warren | |
 | Thermodynamics in the classroom and lab: Scott McCormack | |
 | Ceramics in Thailand: Rattikorn Yimnirun and colleagues | |
 | Scanning TEM unlocks grain boundary secrets: Yuichi Ikuhara | |
 | Why science communication matters: Taylor Sparks and Andrew Falkowski | |
 | Ceramics in the family: Greg and Ashley Hilmas | |
 | Leading a Global Refractories Company: Carol Jackson | |
 | Research and Education for Nuclear Waste: Charmayne Lonergan | |
 | How to Build an Additive Manufacturing Company: Johannes Homa | |
 | Local Manufacturing in a Global Economy: Matt Creedon | |
 | Intercultural Collaboration Benefits Science: Tessa Davey | |
 | Integrating Research for a Greener, Cleaner World: Clive Randall | |
 | Why We Like Two-Year Tech Degrees: Dana Goski | |
 | Aircraft Ceramics at NASA and University: Beth Opila | |
 | Ceramic Tech Chat Introduction |
