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S1 Beyond CMOS: Ballistic Fluxons and the Future of Reversible Computing with Dr. Kevin Osborn, University of Maryland
What if computers could think faster while using a fraction of the energy? That future may already be in the lab.In this episode of NSF Discover Superconducting, we take a deep dive into a talk by…
What comes after CMOS?
In this episode, we explore the future of superconductor electronics—a promising post-CMOS computing paradigm offering ultra-low energy consumption and ultra-high processing speeds. Dr. Sasan…
S1 Blowing Past the AI Scaling Wall
This deep-dive episode explores the ideas from Jeff Shainline’s recent seminar on superconducting optoelectronic networks (SOENs) and the radical rethink of AI hardware they represent. We unpack how…
S1E11 Quantum Signals & Superconductivity: Insights from Dr. Sam Benz at NIST
In this episode, we recap highlights from a seminar by Dr. Sam Benz of the NIST Superconductive Electronics Group, exploring his team’s cutting-edge work in quantum-based signal synthesis and…
S1 Hybrid Magnetic Josephson Junctions for Quantum Technologies
What happens when magnetism meets superconductivity? In this episode, we explore a new frontier in quantum technology with Dr. Gianpero Pepe and Dr. Francesco Tafuri, leading researchers from the…
S1 Developing Superconducting Qubits with Magnetic Josephson Junctions
This episode dives into cutting-edge research exploring the integration of magnetism into superconducting quantum systems. Discover how hybrid Josephson junctions with ferromagnetic layers could…
Single-Flux Quantum Logic: A Primer for Circuit Designers
In this episode, we explore the basics of single-flux quantum (SFQ) logic—a superconducting technology that enables ultra-fast, low-power digital circuits. Designed for circuit designers, this…
Sustainable Bytes: Computing’s Role in a Greener Future
In this episode of the NSF Discover Superconducting Podcast, we explore the intersection of computing and sustainability with insights from Massoud Pedram of USC. As computing power grows, so does…
Building the Future: Superconducting Qubits and the Quantum Race
In this episode of the NSF Discover Superconducting Podcast, we're talking about the work of Dr. William Oliver of MIT -- a quantum computing researcher -- who's exploring the fascinating world…
Superconnecting Supercomputers: Lessons from CMOS to Josephson Logic
In this episode of the NSF Discover Superconducting Podcast, we explore insights from Marylin Wolf's seminar on the parallels between classic CMOS logic and the emerging field of Josephson logic for…
Quantum Leap: How Superconducting Circuits Are Changing the Game
In this episode of the NSF Discover Superconducting Podcast, we explore the cutting-edge world of quantum computing with insights from Dr. Oleg A. Mukhanov of SEEQC, a company revolutionizing the…
S1E2 The Who, What, and Why of Superconducting
In this episode, we explore the technology roadmap for superconductor electronics and its connection to quantum computing. We discuss the key challenges, including the need for scalable,…
The Future of Computing: An Introduction to Superconducting Electronics
In this first episode, we introduce the NSF Discover Expedition and its mission to develop superconducting computers that offer faster speeds and greater energy efficiency. We explore the five key…
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NSF Discover Superconducting Podcast has published 13 episodes since October 2024, covering topics in Technology.
NSF Discover Superconducting Podcast is currently highly active with new episodes every 2 months. Average episode length is 21m.
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