Materialism: A Materials Science Podcast

Episode 108: The History of Food Packaging

Episode 107: Glass Science with Schott

Episode 106: Photoluminescent Materials

Episode 105: Cooling Paints

Episode 104: The Winding Path to Materials Discovery

Episode 103: MatterGen

Episode 102: Integrating Materials and Manufacturing Innovation

Episode 101: All About Biomatter

Episode 100: Materials for Bikes

Episode 99: Bulk Metallic Glasses

Episode 98: Accelerating Catalyst Research with Meta

Bonus: Why is Materials Science Important?

Episode 57: Paper's Possibilities

Episode 56: Ceramic Dental Composites

Episode 55: Ceramics in Real Time

Episode 54: μ: Getting The Most Out Of Conferences

Episode 53: μ: The Science of Ski Wax

Episode 52: μ: Storing Nuclear Waste

Episode 51: Reverse Engineering Nature's Peel

Episode 50: Materialism Retrospective

Episode 49: μ: Securing Metals Supply

Episode 48: Thermal Barrier Coatings

Episode 47: μ: Better Polystyrene Recycling

Episode 46: Better Nuclear Fuel

Episode 45: μ: Was the Challenger an engineering failure?

Episode 44: Digital Image Correlation

Episode 43: Geopolymers

Episode 42: μ: What Really Sunk the Titanic?

Episode 41: 3D Printing Case Studies

Episode 40: μ: Aviation Crack Growth

Episode 39: Reshaping Energy Storage

Episode 38: μ: Silicon Chip Shortage

Episode 37: 3D Printing Deep Dive

Episode 36: μ: Magnetocaloric Materials

Episode 35: Spark Plasma Sintering

Episode 34: μ: Cookware

Episode 33: Photography

Episode 32: μ: The Elixir of Civilization

Episode 31: Ionic Conduction

Episode 30: μ: Engineering a Better Skateboard

Episode 29: Superconducting Materials

Episode 28: μ: Investing in Materials Startups

Episode 27: The Materials of Cosplay

Episode 26: μ: When Materials Failure Leads to Wildfire

Episode 25: The Materials of Art

Episode 24: μ: Bio-Inspired Materials

Episode 23: μ: Bioprinting

Episode 22: Vulcanized Rubber

Episode 21: μ: Auxetics

Episode 20: Materials Informatics