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We've never witnessed a system of binary stars both go supernova before. A once-hidden source of gamma rays just revealed the first one.
We glorify hard work, but cutting out unnecessary effort is often the best path to get what you truly want.
10mins
Why does life keep getting more complex? Why doesn't evolution get stuck? Physicist Stephen Wolfram has been working on this for decades. Turns out the answer is more simple (and more strange) than we expected.
If AI can someday make scientific breakthroughs, what would be left for the brightest human minds to discover?
When someone asks you a question they genuinely don’t know the answer to, hold on to them for dear life.
In a gas cloud 26,000 light-years away, a 4-carbon sugar, erythrulose, has just been found. Here's what it means for life in the Milky Way.
Mars is very different than Earth: smaller, drier, colder, etc. But the biggest long-term challenge, for human colonies, is its low gravity.
1hr 7mins
Members
Psychologist Paul Bloom examines why loneliness feels like starvation, why people are drawn to behaving poorly, and why revenge feels righteous until it destroys everything.
11mins
Singer, actress, and daughter of Beach Boys legend Brian Wilson, Carnie Wilson reflects on a life of very public transformation — and what it feels like to finally look back and recognize the person she's become.
Unlikely Collaborators
Mathematics is our language for quantitatively describing reality, but it can also take us to worlds that never were. Physics needs more.
Astrophysicist Adam Frank used to think the consequences of rejecting science would play out on the individual level. He's since changed his mind.
Many think that intelligence can be outsourced to AI. Einstein wouldn't have used it. If he had, he never would have become Einstein.
Today's surveillance economy is not inevitable. Data can become a public resource instead of a tool of control.
15mins
We experience only one small slice of the ruliad. What’s the ruliad? Stephen Wolfram explains.
Despite the brilliance of these cosmic beacons, only 1% of a core-collapse supernova's energy is observable. The other 99% is in neutrinos.
With nearly 400 black hole events from gravitational waves, we can begin to infer their origins. At least two different populations emerge.