Nadya Mason's guest appearances

Nadya Mason

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Illinois Innovators

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Craft: Exploring Creativity

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Introductions Necessary

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Scientific Sense ®

Chuck Plunkett

Christian Happi

Arunabha Ghosh

Erika Pinheiro

Elizabeth Camarillo Gutierrez

Angie Murimirwa

Markus Mutz

Kelsey Leonard

Kristen Wenz

Tina Arrowood

Smruti Jukur Johari

Laura Yawanawá

Huang Hung

Kade Crockford

Alexandra Auer

OwlTail

Frontiers of Materials Research, Metals, Glasses, and Quantum Materials, Simulation and Computational Tools, and AI in Materials Research Prof. Nadya Mason is a professor of Physics at the University of Illinois at Urbana-Champaign, where she specializes in experimental studies of materials. Prof. Mason’s research focuses on the electronic properties of small-scale materials, such as nano-scale wires and atomically thin membranes. Her research is relevant to applications involving nano-scale and quantum computing elements. She currently serves as Director of the Illinois Materials Research Science and Engineering Center (I-MRSEC), a multidisciplinary research and education center funded by the National Science Foundation.--- Send in a voice message: https://anchor.fm/scientificsense/messageSupport this podcast: https://anchor.fm/scientificsense/support

Frontiers of Materials Research, Metals, Glasses, and Quantum Materials, Simulation and Computational Tools, and AI in Materials Research Prof. Nadya Mason is a professor of Physics at the University of Illinois at Urbana-Champaign, where she specializes in experimental studies of materials. Prof. Mason’s research focuses on the electronic properties of small-scale materials, such as nano-scale wires and atomically thin membranes. Her research is relevant to applications involving nano-scale and quantum computing elements. She currently serves as Director of the Illinois Materials Research Science and Engineering Center (I-MRSEC), a multidisciplinary research and education center funded by the National Science Foundation.--- Send in a voice message: <a href="https://anchor.fm/scientificsense/message" rel="nofollow" target="_blank">https://anchor.fm/scientificsense/message</a> Support this podcast: <a href="https://anchor.fm/scientificsense/support" rel="payment nofollow" target="_blank">https://anchor.fm/scientificsense/support</a>

Prof. Nadya Mason, Professor of Physics at the University of Illinois at Urbana-Champaign

사물의 작동 원리가 궁금하신가요? 물리학자 나디아 메이슨은 집에서 직접 실험해 볼 것을 권합니다. 이 강연에서는 과학적 호기심을 자극함으로써 어떻게 우리 주변의 세상을 이해할 수 있는지 알려주고, 자석, 지폐, 드라이아이스 등을 이용한 간단한 실험도 진행됩니다.

과학적 호기심을 자극하는 방법 | 나디아 메이슨(Nadya Mason)

Curious how stuff works? Do a hands-on experiment at home, says physicist Nadya Mason. She shows how you can demystify the world around you by tapping into your scientific curiosity -- and performs a few onstage experiments of her own using magnets, dollar bills, dry ice and more.

How to spark your curiosity, scientifically | Nadya Mason

Você tem curiosidade para saber como as coisas funcionam? Faça um experimento prático em casa, diz a física Nadya Mason. Ela mostra como você pode desmistificar o mundo ao seu redor, explorando a sua curiosidade científica, e realiza alguns experimentos no palco usando ímãs, cédulas de dólar, gelo seco e mais.

Como despertar a sua curiosidade, cientificamente | Nadya Mason

¿Te da curiosidad saber cómo funcionan las cosas? Haz experimentos en casa con tus propias manos, como sugiere la física Nadya Mason. Ella nos explica cómo podemos entender el mundo en que vivimos al activar nuestra curiosidad científica. Nos muestra, además, algunos experimentos en vivo usando imanes, billetes, hielo seco y más.

Cómo despertar la curiosidad científica | Nadya Mason

Vous avez envie de comprendre le fonctionnement des objets du quotidien ? Faites des travaux pratiques à la maison, explique la physicienne Nadya Mason. Elle démontre comment démystifier le monde qui vous entoure en puisant dans votre curiosité scientifique - et effectue elle-même quelques expériences sur scène à l'aide d'aimants, de billets, de glace carbonique et bien plus encore.

Comment aiguiser votre curiosité, scientifiquement | Nadya Mason 

Quantum mechanics — the fundamental theory that describes nature at the smallest scales of atomic and subatomic energy levels — seems to be everywhere, from superhero movies to Fortune 500 companies. But what makes quantum mechanics so different and special? How can it be used (and can objects really pass through barriers)?  						This talk will bridge the divide between popular imaginations of quantum and real quantum mechanical devices, covering the basics of quantum mechanics and how it creates both limits and promise for computer processing.

Quantum mechanics — the fundamental theory that describes nature at the smallest scales of atomic and subatomic energy levels — seems to be everywhere, from superhero movies to Fortune 500 companies. But what makes quantum mechanics so different and special? How can it be used (and can objects really pass through barriers)? 			 			This talk will bridge the divide between popular imaginations of quantum and real quantum mechanical devices, covering the basics of quantum mechanics and how it creates both limits and promise for computer processing.

Nadya Mason - Going Through the Quantum Tunnel

Paul Rudd

While Ant-Man floats in the endless expanse of the Marvel Universe Quantum Realm, scientists like Professor Nadya Mason at the University of Illinois at Urbana-Champaign work diligently to discover what the rules of quantum mechanics really are. Professor Mason’s January 13 Science Sundays talk at Ohio State is titled “Going Through the Quantum Tunnel” and she “was inspired by several things in this talk.”  “One is that my own research is on quantum mechanical properties of materials and devices: how do electronics change when you consider quantum mechanics?” Mason explained. “The other proximate inspiration from my talk is that I saw the most recent Ant Man movie. In the movie, quantum mechanics plays a huge part. There’s a quantum tunnel, and they go into the quantum realm, and they can’t get back out. I thought it was really interesting.” Join us for a discussion of what quantum mechanics is, how it can be used, and the mind-blowing relationships between atoms separated by large distances.The post How a Super Scientist Helps a Superhero: Nadya Mason Rescues Paul Rudd (someday) first appeared on Craft: Exploring Creativity.

While Ant-Man floats in the endless expanse of the Marvel Universe Quantum Realm, scientists like Professor Nadya Mason at the University of Illinois at Urbana-Champaign work diligently to discover what the rules of quantum mechanics really are. <a href="https://artsandsciences.osu.edu/news-events/events/science-sundays-going-through-quantum-tunnel" rel="nofollow" target="_blank">Professor Mason’s January 13 Science Sundays talk at Ohio State</a> is titled “Going Through the Quantum Tunnel” and she “was inspired by several things in this talk.” “One is that my own research is on quantum mechanical properties of materials and devices: how do electronics change when you consider quantum mechanics?” Mason explained. “The other proximate inspiration from my talk is that I saw the most recent Ant Man movie. In the movie, quantum mechanics plays a huge part. There’s a quantum tunnel, and they go into the quantum realm, and they can’t get back out. I thought it was really interesting.” Join us for a discussion of what quantum mechanics is, how it can be used, and the mind-blowing relationships between atoms separated by large distances. The post <a href="http://www.crafttheshow.com/?p=2104" rel="nofollow" target="_blank">How a Super Scientist Helps a Superhero: Nadya Mason Rescues Paul Rudd (someday)</a> first appeared on <a href="http://www.crafttheshow.com" rel="nofollow" target="_blank">Craft: Exploring Creativity</a>.

How a Super Scientist Helps a Superhero: Nadya Mason Rescues Paul Rudd (someday)

Almost a year ago to the day of this recording, the University of Illinois announced the opening of the $15.6 million NSF-funded Illinois Materials Research Science and Engineering Center and Professor Nadya Mason as the center’s director. The goal of the center is to build highly interdisciplinary teams of researchers and students. One of the rock star physicists on the Illinois campus, she specializes in condensed matter physics.

Nadya Mason

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