Podcasts
-
Episode 38: Brian O'GradyÌý–ÌýA new biomaterial that supports the growth of neurons into neural networks.
|
-
Episode 37: Francis AfzalÌý–ÌýPhotonic devices that have the potential to vastly increase the rate at which we can communicate data.
|
-
Episode 36: Marm DixitÌý– Solid-state batteries, a promising technology for the next generation of energy storage.
|
-
Episode 35: Christian Ornelas – Building the next generation of optoelectronic devices with 2D materials.
|
-
Episode 34: Jonah RoschÌý–ÌýIdentifying aptamers - molecules that bind to specific biological targets.
|
-
Episode 33:ÌýChris Sharp – Accessing new crystal structures using nanoparticles.
|
-
Episode 29: Keefer RowanÌý–ÌýTime-dependent phenomena in atoms - the building blocks of matter.
| Ìý
-
Episode 25: Nidhi JyotsanaÌý–ÌýKnowledge of cancer can inform our study of COVID-19.
|
-
Episode 23: Nicole Moehring – Crystal structure, how we characterize it and its impact on the physical properties of a material.
|
-
Episode 22:ÌýÌýKofi Christie – Desalination of water — which is used globally to provide people with needed fresh water.Ìý
| w
-
Episode 20:ÌýMatt Thompson – Improving the reproducibility of soft matter calculations.
|
-
Episode 16:ÌýÌýKaitlyn Ryder – Sending electronics to space.
|
-
Episode 14: Jenna DombroskiÌý–ÌýProgress toward a breast cancer vaccine!Ìý
|
-
Episode 13: Michael Kosson – 3D print cement.
|
-
Episode 11: John Slack – Fuel cells convert chemical energy into electricity.
|
-
Episode 9: James McBrideÌý–ÌýImaging the next generation of electronics.
|
-
Episode 7: Thomas FollandÌý–ÌýTrapping and concentrating light.
e |
-
Episode 4: Andrew Summers –ÌýHow computersÌý accelerate scientific research.
|
-
Episode 2: Kody WolfeÌý–ÌýPlants for solar energy capture.
|
-
Episode 1: You ZhouÌý–ÌýPhotonics: the manipulation of light.
|