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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 • Quantum cryptography • Quantum communication • Expert interviews • Shallow circuits • Certified deletion • Channel capacities • Mermin-Peres magic square

This podcast, titled "Nonlocal: a quantum computing podcast," offers listeners insights into the field of quantum computing research through dialogues with experts. Aimed at anyone with an interest in quantum computing, it demystifies complex concepts and showcases cutting-edge developments. The episodes delve into various intriguing topics like quantum circuits, certified deletion, channel capacities, and foundational theories like the Mermin-Peres magic square.

Listeners are exposed to discussions about quantum advantage demonstrated by shallow circuits, as well as theoretical advancements aimed at proving where quantum computing excels compared to classical computing. The podcast addresses the notion of "quantum certified deletion," a protocol that enables the verification of data deletion, highlighting its importance in privacy and security applications. Another recurring theme is the calculation complexities of quantum channel capacities, with discussions on counterintuitive properties such as superadditivity and superactivation. This reflects the podcast's engagement with both theoretical explorations and practical implications.

The content often references key papers and includes guest contributions from leading researchers affiliated with prestigious institutions. These discussions provide educational insights into recent academic work, exploring the implications of findings and potential applications within the field of quantum computing. The podcast balances technical depth with accessibility, aiming to inform both those familiar with the subject and newcomers to the field. Its approach combines the theoretical underpinnings, ongoing research, and lively expert debates to shine a light on the burgeoning landscape of quantum computing. With each episode, listeners gain exposure to the foundational principles and emerging breakthroughs that define this rapidly evolving area of technology.


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