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The newest essays, interviews, and features from Big Think.
5mins
NASA’s Michelle Thaller explains what happens when the densest stars in the galaxy collide.
Chemical changes inside Mars' core caused it to lose its magnetic field. This, in turn, caused it to lose its oceans. But how?
A more distant galaxy liked the lens so much that it went and put a ring on it. Here's the science behind this remarkable cosmic object.
A "stakehodler" has both a voice and a vote, an economic interest in how each network stewards important global resources.
This measurement is crucial to confirm that one of the assumptions of Einstein’s theory of gravity is valid.
Because the milk was thin and had an unnatural, bluish tint, vendors stirred in additives such as chalk, flour, eggs, and Plaster-of-Paris.
Huge shifts in the workforce demand real-world changes in management practices; “command-and-control” no longer cuts it.
Humanity is never fully in control of its creations. This lesson from Mary Shelley has remained relevant for over 200 years.
John Templeton Foundation
There are issues with Kinsey's data, but his books revolutionized Americans' thinking about sex and sexuality.
Generative AI — driven by large language models — has the potential to destroy or supercharge most businesses. Now is the time to pivot.
6mins
If Einstein couldn’t solve the theory of everything, could anyone? Physicist Michio Kaku explains what it would take.
The hot Big Bang was an energetic, brilliantly luminous event. Today's Universe is alight with stars. But in between, the dark ages ruled.
Cancer cells hoard iron in unusually high quantities. Scientists have discovered how to leverage this to create safer cancer drugs.
An enormous amount of antimatter is coming from our galactic center. But the culprit probably isn't dark matter, but merely neutron stars.