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Podcast Profile: Nonlocal: a quantum computing podcast

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4 episodes
2020 to 2021
Median: 52 minutes
Collection: Physics, Math, and Astronomy


Description (podcaster-provided):

This podcast takes you behind the scenes into the world of quantum computing research: through conversations with researchers, we explore the latest and most exciting ideas in the field. The podcast is aimed at anyone interested in quantum computing.
About the hosts:
Vincent Russo (https://vprusso.github.io/) has a PhD in computer science. Software engineer by day and quantum engineer by night.
William Slofstra (http://elliptic.space) is a mathematician at the University of Waterloo.
Henry Yuen (http://henryyuen.net) is a computer scientist at Columbia University.


Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):

➤ Quantum computing research • Quantum advantage • Shallow circuits • Data deletion protocols • Channel capacities • Mermin-Peres magic square • Academic discussions • Interviews with researchers

This podcast, titled "Nonlocal: a quantum computing podcast," is dedicated to exploring the dynamic field of quantum computing through insightful discussions with prominent researchers. Aimed at a broad audience interested in quantum computing, the show delves into cutting-edge research and ideas shaping this rapidly evolving area of study.

The episodes cover a wide range of topics within quantum computing. Listeners are introduced to complex concepts like quantum advantage in shallow circuits and quantum channel capacities, which involve highly technical discussions on the capabilities and limitations of quantum systems versus classical systems. The podcast also explores innovative concepts such as quantum certified deletion, discussing protocols that ensure secure data deletion and their implications for privacy.

Through conversations with experts, the podcast offers listeners a glimpse into significant open problems and recent breakthroughs in quantum research. The dialogue often revolves around influential papers and studies, highlighting contemporary discussions in the quantum community. This focus on academic research is complemented by references to notable talks and lectures, providing additional resources for listeners interested in deeper exploration.

Furthermore, the show touches on foundational elements of quantum complexity theory, illustrated by discussions of the Mermin-Peres magic square's relevance to quantum cryptography. Throughout its episodes, the podcast leverages the expertise of its hosts and guests to provide an in-depth understanding of quantum phenomena and their real-world applications, making it a valuable resource for anyone looking to grasp the intricacies of quantum computing research.


Episodes:
Episode Image 004: Shallow quantum circuits with David Gosset
2021-Jul-25
74 minutes
003: Quantum certified deletion with Anne Broadbent
2021-Mar-28
35 minutes
002: Quantum channel capacities with Debbie Leung
2020-Dec-18
63 minutes
001: The origin of the Mermin-Peres magic square
2020-Dec-02
42 minutes