Dive into the mind-bending worlds of theoretical physics, consciousness, AI, and the divine with Curt Jaimungal's technically rigorous explorations that challenge conventional thinking. This podcast delivers in-depth interviews and analyses that blend mathematical precision with philosophical depth, appealing to curious minds seeking to unravel the universe's greatest mysteries. Join the journey for conversations that push the boundaries of knowledge and inspire new perspectives.

Theories of Everything with Curt Jaimungal

Preskill's 'Quantum Computing in the NISQ era' paper suggested that quantum machine learning could be a near-term application. But is there any fundamental reason quantum algorithms can outclass classical learners, or is the advantage mostly about data that is already quantum?

Quantum advantage in machine learning may come from learning quantum states themselves

The holographic principle and tensor networks suggest that space-time geometry emerges from the entanglement structure of quantum states. Does Preskill believe this is the right road to quantum gravity, and what experiments, even in the lab, could test these ideas?

Quantum gravity may be understood through quantum information principles

Distributed quantum computation and quantum networking could enable tasks impossible with classical networks, like teleporting logical qubits across the world. What are the biggest open problems in building quantum repeaters and ensuring end-to-end entanglement?

The quantum internet is a genuinely new technological frontier

The black hole information paradox suggests that horizons process information in ways that stretch our notions of locality and space-time. How far can Preskill push the analogy between black holes and quantum circuits, and what does it mean for the emergence of geometry?

Black holes are natural quantum computers

Preskill has long argued that quantum error correction is not just an engineering problem but a conceptual bridge between quantum information and many-body physics. What do we learn about entanglement and complexity when we think of error-correcting codes as phases of matter?

Quantum error correction is the defining challenge of the quantum computing era

Preskill famously coined the term 'NISQ' for noisy intermediate-scale quantum devices. With logical qubits and error correction advancing rapidly, does he still think near-term noisy devices can produce useful science, or should we focus on fault-tolerant architectures?

Is the NISQ era coming to an end, and what comes next?

Practical quantum advantage in chemistry is often cited as a near-term goal, but exact simulation of molecules like FeMoCo may require millions of logical qubits. How optimistic is Preskill about the path to such machines, and what milestones should we expect?

What is the largest quantum computer we will need to simulate quantum chemistry exactly?

With the shift from NISQ to fault-tolerant machines, verification becomes a practical and conceptual issue. Does Preskill believe that quantum supremacy experiments can ever give us genuine confidence, or must we always rely on classical simulation or cryptographic assumptions?

Can we ever trust a quantum computer's answer without classical verification?

Preskill has discussed how the complexity of a quantum state seems to increase even in reversible dynamics. Does this give us a new way to understand thermodynamic irreversibility, and can it be tested experimentally in current quantum devices?

What does the quantum complexity of time evolution tell us about the arrow of time?

As quantum computing accelerates AI hardware, do quantum-enabled optimizations introduce new existential risks, or does the scaling of classical AI overwhelm any quantum advantage? Preskill bridges physics and information — where does he see the real dangers?

How should the field of quantum computing think about responsible AI risk?

In-depth conversations with world-leading experts across the arts and sciences for a uniquely engaging exploration of ideas hosted by <a href="https://howardburton.com/">Howard Burton</a>. <a href="https://howardburton.com/">Howard Burton</a> is the founder of <a href="https://www.ideasroadshow.com/">Ideas Roadshow</a> and host of the <a href="https://newbooksnetwork.com/category/academic-partners/ideas-roadshow-podcast">Ideas Roadshow Podcast</a>. He can be reached at <a href="mailto:howard@ideasroadshow.com">howard@ideasroadshow.com</a>.

Ideas Roadshow Podcast

Join neuroscientist, philosopher, and five-time New York Times best-selling author Sam Harris as he explores important and controversial questions about the mind, society, current events, moral philosophy, religion, and rationality—with an overarching focus on how a growing understanding of ourselves and the world is changing our sense of how we should live. Sam is also the creator of the Waking Up app. Combining Sam’s decades of mindfulness practice, profound wisdom from varied philosophical and contemplative traditions, and a commitment to a secular, scientific worldview, Waking Up is a resource for anyone interested in living a more examined, fulfilling life—and a new operating system for the mind. Waking Up offers free subscriptions to anyone who can’t afford one, and donates a minimum of 10% of profits to the most effective charities around the world. To learn more, please go to WakingUp.com.  Sam Harris received a degree in philosophy from Stanford University and a Ph.D. in ne

Making Sense with Sam Harris

Think like a physicist. Wonder like a human. Into the Impossible is where Cosmic Conversations happen — uniting Nobel Prize winners, iconoclasts, authors, and technologists to explore reality’s deepest questions. From AI to aliens, from biophysics to the brain, from the cosmos to the multiverse, Brian Keating, Chancellor’s Distinguished Professor of Physics at UC San Diego covers it all.If you’ve ever asked What’s out there? or What’s next?, this is where curiosity meets clarity.Learn to think like this. 🎙 Full episodes, notes & more: <a href="https://briankeating.com/podcast">briankeating.com/podcast</a>

Into the Impossible With Brian Keating

Dive into the cutting-edge worlds of technology and science with Dwarkesh Patel's meticulously researched interviews that bring together brilliant minds to unpack revolutionary ideas in AI, biotech, and beyond. Each episode delivers profound, thought-provoking conversations that challenge conventional wisdom and illuminate the paths shaping humanity's future.

Dwarkesh Podcast

Unusually in-depth conversations about the world's most pressing problems and what you can do to solve them. Subscribe by searching for '80000 Hours' wherever you get podcasts.Hosted by Rob Wiblin and Luisa Rodriguez.

80,000 Hours Podcast

The Portal is an exploration into discovery, including conversations with thought leaders. Host Eric Weinstein, Managing Director of Thiel Capital, brings his unique expertise and diverse roster of guests for a wide range of discussions, including science, culture, business, and capitalism. The show will feature people whose lives demonstrate that portals into what we would normally consider impossible, are indeed possible.  Guests include presidential candidate Andrew Yang, NY Times bestselling author Sam Harris, and retired Navy Seal and creator of the hit business podcast Jocko Willink.

The Portal

Ever wanted to know how music affects your brain, what quantum mechanics really is, or how black holes work? Do you wonder why you get emotional each time you see a certain movie, or how on earth video games are designed? Then you’ve come to the right place. Each week, Sean Carroll will host conversations with some of the most interesting thinkers in the world. From neuroscientists and engineers to authors and television producers, Sean and his guests talk about the biggest ideas in science, philosophy, culture and much more.

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