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Science & Tech
Explore the discoveries that reveal how the world works, alongside the technologies that extend, reshape, and sometimes challenge what’s possible.
"Everyone knew" how these things worked at the turn of the century. Wrong! Today, our understanding of these 5 phenomena is very different.
JWST's unprecedented capabilities reveal the smallest, coolest stellar-like objects ever. IC 248's brown dwarfs shatter the low-mass record.
Do you see AI as a tool humans control or a technology that will act on its own?
The Higgs boson, officially discovered in 2012, is unique among all known fundamental particles. But what is it really all about?
For thousands of years, humanity had no idea how far away the stars were. In the 1600s, Newton, Huygens, and Hooke all claimed to get there.
Einstein never said his famous "compound interest" quote. But the math of compound interest — and its inverse, inflation — explains so much.
In an excerpt from her new book, Circuit Breakers, Anna Chambers explains how brain-mapping research leads to more questions than answers.
Nearly everything has angular momentum, so even massive, self-gravitating objects don't become perfect spheres. Which one comes the closest?
Some are clamoring to make it the Solar System's 6th official dwarf planet. They'll be shocked to learn how rich our own backyard truly is.
Every leading scientific idea today will eventually be proven wrong: superseded by a more correct one in the future. Getting there is hard.
Back in 1933, Fritz Zwicky postulated the existence of dark matter. Only 40 years later, with Vera Rubin's work, did we take it seriously.
What's communicable or reachable is different from what's observable and unobservable, and all of that will evolve as the Universe expands.
The idea of grand unification is a tempting one for our Universe, and a fascinating suggestion. But nature won't necessarily cooperate.
1g is our acceleration in Earth's gravity: 9.8m/s². If a spaceship constantly accelerated at that rate, here's how far we could travel.
In this all-new Starts With A Bang podcast episode, find out how stellar streams have the power to reveal the nature of dark matter.
Back in 2004, a supermassive black hole from 10.8 billion years ago was found, weighing in at 66 billion solar masses. How is this possible?
Two types of nanotechnology, metalenses and metamaterials, could soon make Star Trek's long-imagined "cloaking device" a reality.
AI will likely impact everything from the economy to the battlefield, but exactly how remains to be seen.
Max Spero discusses how AI detection has changed, the future of online trust, and why we’re in “a time of norm-building.”
“How could AI fit into a world in which everyone has the ability to have a joyful life? That is the fundamental question that I am interested in answering.”