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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 certified deletion • Quantum channel capacities • Mermin-Peres magic square • Interviews with experts • University research • Technical discussions

"Nonlocal: a quantum computing podcast" delves into the intriguing world of quantum computing research, providing listeners with an insider's view on groundbreaking work and emerging ideas within the field. Through conversations with researchers, the podcast covers a range of topics that highlight the complexity and potential of quantum computing.

Listeners can expect to explore themes of quantum advantage, where the capabilities of quantum systems surpass those of classical computers. The podcast delves into the significance of shallow quantum circuits and their implications for computational power. Additionally, the concept of quantum certified deletion is discussed, focusing on its potential applications in enhancing data privacy. Quantum channel capacities, another recurring topic, unravel mathematical intricacies and their unexpected behaviors, such as superadditivity and superactivation, challenging our understanding of information processing.

The program also dives into foundational quantum concepts like the Mermin-Peres magic square, which has implications in both quantum cryptography and quantum complexity theory. Overall, the podcast caters to those intrigued by the nuances of quantum mechanics and computation, offering insights from leading experts, discussions of significant research papers, and detailed explorations of both theoretical and practical aspects of the field. With engaging hosts, including experts with backgrounds in computer science, mathematics, and quantum engineering, "Nonlocal" serves as a platform for knowledge exchange, catering to anyone interested in the dynamic and evolving landscape of quantum computing.


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