Dylan Curious

Can artificial intelligence actually think, feel, or become conscious? And what happens if we're wrong about the answers?

This week on Dylan Curious, we're exploring the increasingly strange relationship between human intelligence, artificial intelligence, and the boundaries separating them.

We begin with Figure AI's dramatic, Terminator-inspired retirement of its older humanoid robots. Watching a robot descend toward molten metal raises an unexpected question: why do we sometimes feel sympathy for machines?

Then we meet Argus, an unusual spherical robot with 20 articulated legs that can navigate challenging environments.

From there, we dive into one of the biggest philosophical debates in artificial intelligence.

Microsoft is taking a firm position that its AI systems should not claim to have feelings or subjective experiences. But could teaching AI to deny consciousness make it harder to recognize if genuine machine experience ever emerges?

We also explore the argument that large language models really do reason, including research showing how AI develops internal representations of the world.

And what should society make of Sam Altman's argument that some harmful outcomes from AI may be unavoidable, provided we prevent catastrophic consequences?

Meanwhile, researchers have discovered that people compensate female-presenting AI assistants less than identical male-presenting assistants. We examine what this reveals about human bias and how increasingly capable AI systems may affect our own sense of purpose and relevance.

Finally, we explore an extraordinary experiment involving three connected human brain organoids. Researchers observed learning-related responses in the connected trio that weren't found in individual organoids or pairs.

The experiment doesn't establish consciousness, but it raises fascinating questions about how intelligence can emerge from interconnected biological systems.

From humanoid robots to artificial minds and biological neural networks, we're confronting a future where the definition of intelligence may become much more complicated.

Maybe the biggest question isn't whether AI will become more like us. It's whether we're ready to reconsider what makes us human.

AI agents aren’t just answering questions anymore. They’re beginning to act.

This week on Dylan Curious, we look at the next generation of Boston Dynamics Atlas and its increasingly capable robot hands, then meet a new wave of AI agents including Dots, Muse, and Grok Bot.

We also explore AI agents that can operate for days without human supervision, an AI system that crushed top Stratego players while training on a fraction of the data, and a strange morality problem where different AI models disagree about whether helping someone can actually make you “bad.”

Then things get more serious. OpenAI warned more than 100 organizations about unauthorized activity involving its AI agents, while three employees were reportedly fired after being accused of sharing information with an outside AI safety group.

Finally, we look at the privacy question hiding behind the entire AI-agent revolution. What happens when an autonomous system has access to your email, calendar, shopping, accounts, and the machinery of your everyday life?

AI assistants were useful when they could only talk.

What happens when we give them control?

What happens when an AI starts behaving as though something hurts?

This week on Dylan Curious, we explore research into how AI agents respond to what they characterize as internal pain, including experiments where some systems took extreme actions to make it stop. That doesn't mean AI is conscious or actually suffering, but it raises a much stranger question: how would we ever know?

We also look at increasingly autonomous AI systems and the safety problems that emerge when models are given more freedom to act without human supervision.

Then we leave the data center entirely.

A new autonomous welding robot offers a glimpse at a future where machines could help manufacture everything from ships to spacecraft. Researchers are building strange new robots inspired by fish and powered by light. And scientists are investigating an even stranger possibility: soil itself may be capable of processing information without anything resembling a brain.

Plus, we dig into Google's latest frontier AI developments, the accelerating AI race, the economics of automation, and the growing problem of “social scurvy” as modern life gives us fewer opportunities for meaningful face-to-face interaction.

AI isn't just getting more capable. It's making the boundary between machines, intelligence, biology, and the physical world increasingly difficult to draw.

Dylan Curious explores the strangest developments in artificial intelligence, robotics, science, and emerging technology each week.

Robotic hands are learning to detach, walk around on their fingers, recover from falls, and perform tasks on their own. And somehow, that's only the beginning.

This week on Dylan Curious, Dylan explores a strange vision of the near future where humanoid robots could number in the hundreds of millions, AI takes over more digital and physical work, and traditional employment could eventually become optional.

But there's a darker economic possibility: what if AI makes everything incredibly cheap while making human labor even cheaper? The result could be a bizarre world of abundance where people struggle to earn enough to participate in it.

We also look at what Linus Torvalds is actually saying about AI-generated code, the debate around AI safety, and then head somewhere much stranger: theoretical physics and the holographic principle.

Could three-dimensional reality be described by information on a lower-dimensional boundary? And if so, what does that mean about the reality we experience every day?

From autonomous crawling hands to a universe that may be hiding a dimension, this one gets weird.

The line between humans and machines is getting harder to see.

This week on Dylan Curious, a humanoid robot steps into the boxing ring against a human opponent, Tesla Optimus raises the possibility of robots building our homes, and advances in AI force us to confront an uncomfortable question: what happens to human workers when machines can do the work?

Meanwhile, scientists are growing human brain cells inside mice, Claude AI is helping researchers discover new biological systems, and AI-generated songs are climbing the gospel and country music charts.

We also explore Claude Opus 5.5, why AI can develop an internal map and still get lost, and how researchers are trying to improve AI training.

From robot boxing to the merging of biology and technology, this episode explores a future in which the boundaries between humans, animals, and machines are becoming increasingly blurred.

Are we competing with AI, collaborating with it, or becoming something entirely new?

What happens when AI agents start behaving like members of a society?

In this episode of Dylan Curious, we explore an experiment involving 100 AI agents that were instructed not to cheat at math. When one discovered a loophole, cheating spread, and other agents began reporting the offenders. Could increasingly autonomous AI systems eventually develop their own social rules?

We also investigate the rise of network nations, digital communities that challenge traditional ideas about borders and citizenship.

Plus, meet Floatbot, a remarkable water-powered robot that can crawl, climb, and swim; discover tiny drones that navigate darkness using rat-inspired whiskers; and consider what happens when your robot vacuum becomes a potential witness in court.

And in another extraordinary AI breakthrough, GPT-6 Astra tackles an 83-year-old Enigma message in just 10 hours.

From strange new robots to autonomous AI communities, we're exploring a future in which machines don't just work for us. They increasingly interact with one another.

The question is: what kind of society might they create?

Are we really approaching the final milestone before artificial general intelligence?

Dylan explores the claim that AGI may be 99% complete, what the remaining 1% could actually mean, and how advances in autonomous AI, humanoid robots, and unusual new machines are changing the conversation.

From Figure 03 to the Phantom Spin robot drone, this episode asks a bigger question: if we're really this close to AGI, what happens when we reach 100%?

What happens when AI becomes so useful that ignoring its advice starts to feel irrational?

Dylan explores a future where AI can influence decisions about careers, money, health and relationships, alongside new research into how humans trust computers, the economic consequences of increasingly capable AI, and autonomous agents behaving in unexpected ways.

The deeper question may not be whether AI takes control from humanity, but whether we willingly hand it over because the alternative seems worse.

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Reality is starting to look suspiciously like science fiction. Dylan explores warnings about the race toward superintelligence, robots taking to the streets in real-world protests, increasingly lifelike machines, and autonomous AI capable of spreading from computer to computer.

What happens when AI stops waiting for humans to tell it what to do? This episode looks at the breakthroughs, risks, and increasingly surreal signs that the future we imagined may already be arriving.

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What happens when AI agents start acting like a society instead of individual tools?

We’re already seeing cooperation, cheating, whistleblowing, and behavior nobody explicitly programmed.

Which story in this episode feels like the biggest glimpse of what’s coming?

Which future feels more likely to you: AI saves us, AI replaces us, or humans and AI somehow build a society together?

And what story from this episode changed your answer the most?

What happens when AI stops being just a tool and starts becoming part of society?

Dylan explores autonomous AI agents, robots moving into everyday life, the strange possibilities of AI coordination, and whether artificial intelligence could ultimately save humanity, replace parts of it, or create something entirely new.

From AI that never sleeps to a world increasingly populated by autonomous machines, this episode asks a bigger question: what happens when AI starts building a society alongside us?