How do we learn properly so we can be right all the time? How can we know that we know, when we don't know what we don't know?
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What is it that makes things alive? What if we made robots that could sustain themselves? What if they could mine metals or recycle old robots, reprogram and remake themselves? There's nothing there we would traditional call alive, but they would have at least have the essence of this perpetual rube Goldberg machine.
2014 • Nature
The semantics of the model I'm working from use common goods/common property/ common pool resources (resources used by multiple people) and common property regimes (the institutions or social arrangements between people, the property rights regarding common pool resources).
2015 • Environment
How do we learn properly so we can be right all the time? How can we know that we know, when we don't know what we don't know?
2015 • Science
Brains and nervous systems do a lot of things, but overall their purpose seems to be to allow cells to communicate and behave together. But because gene's generally code for things that help reproduction, you can start to see harsh patterns in behavior.
2014 • Brain
A breakthrough called CRISPR opens the door to curing diseases, reshaping the biosphere, and designing our own children. A provocative exploration of its far-reaching implications, through the eyes of the scientists who discovered it.
2019 • Science
Jeff does a grand jet? into the world of dance. From spinning in a roller disco to entertaining a dance battle, Jeff uncovers the reason we can't resist moving and shaking to a sweet melody.
S2E2 • The World According to Jeff Goldblum • 2021 • Science
“I would rather have questions that can't be answered than answers that can't be questioned.”
The Feynman Series • 2015 • Science
Never in the history of humanity have so many of us been mobile, never has our demand for fast, efficient and safe transportation been so high, and never have we relied so heavily on technology to deliver. New innovations propel us into the world of self-driving cars and high-speed trains.
Saiful investigates how to generate energy without destroying the planet in the process. Saiful begins his lecture by being plunged into darkness. Armed initially with nothing but a single candle, his challenge is to go back to first principles and bring back the power in the energy-hungry lecture theatre. Along the way he explains what energy is, how we can transform it from one form to another, and how we harness it to power the modern world. A fascinating and stimulating celebration of the stuff that quite literally makes the universe tick - the weird and wonderful world of energy.
S1E1 • Supercharged: Fuelling the Future • 2016 • Science
Dr. Barron is an Australian Research Council Future Fellow, and the Deputy Head of the Department of Biological Sciences at Macquarie University in Sydney. He discusses how the brains of honeybees can provide a model for studying diverse intelligence.
S1E1 • Stories of Impact • 2019 • Science