The Stephen Wolfram Podcast

Wolfram Research
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Mar 27, 2026 • 1h 13min

Science & Technology Q&A for Kids (and others) [March 13, 2026]

Listeners ask about software bugs, from Pentium-era corner cases to race conditions and why bugs are inevitable. Discussion covers testing strategies, fuzzing, continuous integration, and how LLMs can help write tests. Wired topics include wireless multiplexing, beamforming, spectrum allocation, and how AM and FM encode audio onto radio waves.
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Mar 19, 2026 • 1h 12min

Future of Science and Technology Q&A (March 6, 2026)

A rapid Q&A on how new sensors and massive data ingestion create entirely new sciences. Discussion about machines finding patterns humans miss and the search for reusable data concepts. Exploration of automation, agentic swarms, job shifts, and how tooling changes what people do. Debate on intelligence versus consciousness and the prospects of genetic engineering and molecular manufacturing.
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6 snips
Mar 19, 2026 • 1h 25min

History of Science & Technology Q&A (March 4, 2026)

A wide-ranging Q&A on the birth of scientific thinking, from ancient causal myths to the mathematization of nature. Discussions cover the rise of formal laws, reproducibility challenges in biology, and the historical celebrity of scientists. Topics include the evolution of logic, how technology unlocked old ideas, and what drives scientific progress over time.
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9 snips
Mar 17, 2026 • 2h 6min

Ep 1: Philosophy Discussion with Stephen Wolfram and Mark Jago

Mark Jago, philosopher working on metaphysics and epistemology, joins to explore laws, reality, and mathematics. They discuss how observers shape laws of physics. The Rouliad and possible worlds get tied to why reality appears specific. Topics include persistence, time as computation, constructivist mathematics, and why laws look simple to us.
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32 snips
Mar 7, 2026 • 2h 12min

What Ultimately Is There? Metaphysics and the Ruliad

A deep dive into turning metaphysics into a computational science centered on the Ruliad. They explore hypergraphs as atoms of space and how causal structure could produce spacetime and relativity. Discussion covers computational irreducibility, multiway branching as quantum behavior, and how observer limitations create perceived laws. Topics include beginnings of time, mass and dark matter hints, and whether mathematics is discovered or invented.
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7 snips
Mar 5, 2026 • 1h 19min

Business, Innovation and Managing Life (February 18, 2026)

A rapid Q&A exploring AI-driven business ideas, from agenda-aware meeting tools to AI as a personal email assistant. Discussion covers training models, prompting as conversation, and when to use computation vs language. Topics include AI infrastructure, hardware tradeoffs, measuring real business value, IP protection, and how LLMs handle reasoning, internal protocols, and multilingual blind spots.
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Feb 24, 2026 • 1h 17min

Future of Science and Technology Q&A (February 13, 2026)

A fast-paced Q&A explores how computation reshapes human thought and the limits of probing brains. Topics include augmenting language models with computational tools, the future of engineered or copyable minds, and where human spaceflight fits against robotic exploration. Deep-ocean life, detecting nontraditional life, and practical hurdles for flying cars and houses also come up.
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Feb 24, 2026 • 1h 12min

History of Science & Technology Q&A (February 11, 2026)

A lively Q&A exploring the history of science communication from Archimedes and Euclid to 19th and 20th century popularizers. Topics include how journals split expert and public audiences, pre-digital outreach like public lectures, and how social media would reshape scientific debate. Also covered: how scientists were funded historically and the interplay of religion, lost works, and shifting standards of clarity.
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Feb 22, 2026 • 1h 16min

Science & Technology Q&A for Kids (and others) [January 30, 2026]

A lively Q&A about how light is produced and why LEDs beat incandescents. Discussions cover how human color vision works and why other animals see differently. Topics include semiconductors, black-body spectra, night-vision detection, and how optical illusions and depth cues trick the brain.
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4 snips
Feb 12, 2026 • 1h 8min

What Is Ruliology?

A deep dive into the study of simple abstract rules and how they produce complex behavior. Discussions cover computational irreducibility, reproducible rule experiments, and building catalogs of rule behaviors. Practical tools and visualization practices for exploring vast computational spaces are highlighted. Thought experiments range from observer-dependent physics to applying rule studies to blockchains and models of minds.

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