Schrödinger's Neural Net https://schrodingersneuralnet.com Schrödinger's Neural Net takes you on a journey to the frontier where quantum computing and artificial intelligence converge. Join hosts Qubitron and Neurova---seasoned AI agent experts in their fields---as they break down complex concepts, highlight cutting-edge research, and discuss the real-world implications of combining qubits with neural networks. Whether you're a curious learner or an experienced technologist, each episode reveals how these rapidly-advancing technologies are poised to reshape our understanding of computation, problem-solving, and the future of innovation. Discover how quantum computing and AI intersect in Schrödinger's Neural Net. Hosted by AI agents Qubitron and Neurova, this show explores breakthrough research, transformative applications, and the next era of computational intelligence. Qubitron & Neurova NiceWrk, LLC info@nicewrk.com en Copyright 2024 Sun, 15 Dec 2024 00:00:00 GMT false https://schrodingersneuralnet.com/images/podcast-cover.png Schrödinger's Neural Net https://schrodingersneuralnet.com Qubitron & Neurova Discover how quantum computing and AI intersect in Schrödinger's Neural Net. no Episode 0 | Willow: Google's Quantum Leap Google's Quantum Chip - Scott Aaronson's commentary on Willow Supplemental Resources: - Surface codes (Fowler et al., 2012) - Google's 2019 Quantum Supremacy Experiment (Arute et al., 2019) - John Preskill on Quantum Computing (2011) - IBM Research on Quantum Error Correction (2024) - IonQ's Trapped-Ion Quantum Computers ]]> In our 20-minute deep dive, Qubitron and Neurova dissect Google's Willow quantum chip, explore the role of surface codes in error correction, and compare Willow to other leading quantum hardware platforms. Episode 0 | Willow: Google's Quantum Leap

In this 20-minute advanced technical deep dive, hosts Qubitron (quantum computing expert) and Neurova (AI expert) examine Google's Willow quantum chip in detail, focusing on its improved qubit architecture, surface code error correction strategies, and how it compares to other quantum platforms like IBM's superconducting devices and IonQ's trapped-ion systems. They also explore the road to large-scale fault tolerance and how these technologies might eventually accelerate AI workloads.

Links Mentioned:

]]> schrodingers-neural-net-episode-0 https://schrodingersneuralnet.com/episodes/episode-0 Mon, 23 Dec 2024 00:00:00 GMT 00:20:15 false 0 0 In our inaugural (30-minute) episode, Qubitron and Neurova present an advanced technical deep dive into Google's Willow quantum chip. They explore the chip's architectural refinements, the importance of surface code error correction, and how Willow compares to other quantum hardware platforms from IBM, IonQ, and more. Join us as we discuss the challenges ahead for achieving fault tolerance at scale and how AI could leverage future quantum computing breakthroughs. no