A Big Brains/1440 event: Quantum technology
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A Big Brains/1440 event: Quantum technology
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A recent event at the University of Chicago, hosted by Big Brains in partnership with 1440, sought to demystify quantum, separate the hype from reality and explore how it could transform our daily lives.
Three renowned UChicago scientists and engineers—Prof. David Awschalom, Fred Chong and Nadya Mason—discussed how UChicago was leading innovative research, in partnership with its affiliated labs Argonne and Fermilab, as well as other universities across the Midwest. They explained how quantum has the potential to revolutionize our world—from creating unhackable communications to supercharging quantum computers to detecting disease at the cellular level. They discussed the challenges as well as the opportunities, especially for the next generation of quantum engineers and scientists needed to make these dreams a reality.
Sony Kassam, editor-in-chief of 1440, served as emcee for the event, which also included a Q&A with audience members at the David Rubenstein Forum, who asked the UChicago scientists wide-ranging questions—including how they became interested in the field, their favorite quantum movies and shows, and how quantum will help humans reach their potential.
Follow Big Brains: @thebigbrainspodcast
Learn more about 1440 and subscribe to their daily newsletter: https://join1440.com
Read the full transcript on UChicago News: https://news.uchicago.edu/big-brains-podcast-quantum-technology-explained-big-brains-live-event
00:00 Welcome and introduction
01:20 Why quantum matters right now
03:08 Meet the panel: Nadia Mason, David Awschalom and Fred Chong
05:38 What is quantum physics and quantum technology?
07:00 Quantum 1.0 vs. Quantum 2.0 explained
08:10 How quantum already powers everyday technology
09:25 Superposition and entanglement explained simply
12:47 “Nobody understands quantum mechanics” — is that true?
15:15 Why Chicago became a global quantum hub
17:34 The coming quantum economy and future jobs
19:26 Inside Illinois’ Quantum and Microelectronics Park
21:05 Global competition and the international quantum race
24:05 How researchers actually work in quantum science
27:10 Quantum computers vs. classical computers
28:50 What is the quantum internet?
30:06 Can quantum technology create “unhackable” communication?
30:30 Where the hype around quantum outpaces reality
35:52 What quantum could change in the next 25 years
41:58 Audience Q&A begins
42:12 Best and worst quantum movies and TV shows
45:00 How non-scientists can start learning quantum
47:02 Skills students need for careers in quantum tech
49:13 Quantum threats, cybersecurity and nation-state competition
53:40 Could quantum computing eventually hack Bitcoin?
56:00 Closing thoughts and final discussion
➡ Subscribe: http://bit.ly/UCHICAGOytSubscribe
About #UChicago:
Since its founding in 1890, the University of Chicago has been a destination for rigorous inquiry and field-defining research. This transformative academic experience empowers students and scholars to challenge conventional thinking in pursuit of original ideas.
#UChicago on the Web:
Home: http://bit.ly/UCHICAGO-homepage
News: http://bit.ly/UCHICAGO-news
Facebook: http://bit.ly/UCHICAGO-FB
X: http://bit.ly/UCHICAGO-TW
Instagram: http://bit.ly/UCHICAGO-IG
University of Chicago on YouTube:
https://www.youtube.com/uchicago
***
ACCESSIBILITY: If you experience any technical difficulties with this video or would like to make an accessibility-related request, please email [email protected].
Three renowned UChicago scientists and engineers—Prof. David Awschalom, Fred Chong and Nadya Mason—discussed how UChicago was leading innovative research, in partnership with its affiliated labs Argonne and Fermilab, as well as other universities across the Midwest. They explained how quantum has the potential to revolutionize our world—from creating unhackable communications to supercharging quantum computers to detecting disease at the cellular level. They discussed the challenges as well as the opportunities, especially for the next generation of quantum engineers and scientists needed to make these dreams a reality.
Sony Kassam, editor-in-chief of 1440, served as emcee for the event, which also included a Q&A with audience members at the David Rubenstein Forum, who asked the UChicago scientists wide-ranging questions—including how they became interested in the field, their favorite quantum movies and shows, and how quantum will help humans reach their potential.
Follow Big Brains: @thebigbrainspodcast
Learn more about 1440 and subscribe to their daily newsletter: https://join1440.com
Read the full transcript on UChicago News: https://news.uchicago.edu/big-brains-podcast-quantum-technology-explained-big-brains-live-event
00:00 Welcome and introduction
01:20 Why quantum matters right now
03:08 Meet the panel: Nadia Mason, David Awschalom and Fred Chong
05:38 What is quantum physics and quantum technology?
07:00 Quantum 1.0 vs. Quantum 2.0 explained
08:10 How quantum already powers everyday technology
09:25 Superposition and entanglement explained simply
12:47 “Nobody understands quantum mechanics” — is that true?
15:15 Why Chicago became a global quantum hub
17:34 The coming quantum economy and future jobs
19:26 Inside Illinois’ Quantum and Microelectronics Park
21:05 Global competition and the international quantum race
24:05 How researchers actually work in quantum science
27:10 Quantum computers vs. classical computers
28:50 What is the quantum internet?
30:06 Can quantum technology create “unhackable” communication?
30:30 Where the hype around quantum outpaces reality
35:52 What quantum could change in the next 25 years
41:58 Audience Q&A begins
42:12 Best and worst quantum movies and TV shows
45:00 How non-scientists can start learning quantum
47:02 Skills students need for careers in quantum tech
49:13 Quantum threats, cybersecurity and nation-state competition
53:40 Could quantum computing eventually hack Bitcoin?
56:00 Closing thoughts and final discussion
➡ Subscribe: http://bit.ly/UCHICAGOytSubscribe
About #UChicago:
Since its founding in 1890, the University of Chicago has been a destination for rigorous inquiry and field-defining research. This transformative academic experience empowers students and scholars to challenge conventional thinking in pursuit of original ideas.
#UChicago on the Web:
Home: http://bit.ly/UCHICAGO-homepage
News: http://bit.ly/UCHICAGO-news
Facebook: http://bit.ly/UCHICAGO-FB
X: http://bit.ly/UCHICAGO-TW
Instagram: http://bit.ly/UCHICAGO-IG
University of Chicago on YouTube:
https://www.youtube.com/uchicago
***
ACCESSIBILITY: If you experience any technical difficulties with this video or would like to make an accessibility-related request, please email [email protected].
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