Science & Tech

Science & Tech

Explore the discoveries that reveal how the world works, alongside the technologies that extend, reshape, and sometimes challenge what’s possible.

color charge color anticolor
When what we predict and what we measure don't add up, that's a sign there's something new to learn. Could it be a new fundamental force?
Standard Model particles symmetry
The combination of charge conjugation, parity, and time-reversal symmetry is known as CPT. And it must never be broken. Ever.
Book cover of "Emergence" by David Sussillo, featuring a blue background with fish and circuit patterns, and a subtitle about boyhood, computation, and the mysteries of mind.
In this preview, the Stanford professor muses on how emergence, arriving at complex patterns from simple parts, explains AI, brains, and life itself.
travel straight line
In theory, the fabric of space could have been curved in any way imaginable. So why is the Universe flat when we measure it?
Binary black holes eventually inspiral and merge. That's why the OJ 287 system is destined for the most energetic event in history.
M81 Group
Over billions of years, fewer stars form, galaxies mutually recede, and the Universe becomes ever darker. Here's how fast it all happens.
wormholes
Nothing lives forever, at least, not in the known Universe. But relativity allows us to get closer than ever: from a physics perspective.
A satellite with large solar panels orbits above Earth against a colorful space background, where the cosmic clouds resemble the Hand of God carved by a dead star.
The path to exploring the high-energy Universe was clear and compelling. Here's how 2025's cuts are still causing NASA casualties in 2026.
Millikan Lemaitre and Einstein
Not everyone accepts the scientific consensus; some even make careers out of challenging it. But only a select few do it the right way.
Side-by-side images of a nebula in space, showing colorful, wispy gas and dust shells surrounding a bright central region with numerous stars in the background.
Resembling a cosmic brain, the Exposed Cranium Nebula instead shows a dying, massive star, as JWST reveals. Its fate remains uncertain.
Digital illustration of Earth showing a large amount of space debris and satellites orbiting the planet, highlighting the issue of space junk.
What goes up into low-Earth orbit will eventually come down, bringing huge consequences with it. Be informed, not surprised!
A proactive AI-powered robotic arm holds a coffee cup while another pours milk to create latte art, all set against a grid-patterned background.
Today’s AI is built to respond. The future belongs to proactive systems.
warm-hot intergalactic medium sculptor wall
In traveling through the expanding Universe, particles slow down while light and gravitational waves redshift. What degrades and what won't?
particle physics destroy universe
Smashing things together at unprecedented energies sounds dangerous. But it's nothing the Universe hasn't already seen, and survived.
No civilization, no matter how successful, can last forever. What does the non-detection of intelligent aliens mean for our own longevity?
A view of a star-filled night sky with numerous bright stars and distant galaxies, including Hubble-dark galaxy formations, scattered across a dark background.
The discovery of CDG-2, a galaxy that's more than 99.9% dark matter, could reveal a new population of ultra-faint galaxies. But is it real?
A hand holds a red square above an eye shape, symbolizing the brain after blindness, with a geometric wireframe cube below on a blue circle, all set against a pale green background.
When people born blind gain sight, the hardest part isn’t opening their eyes — it’s teaching the brain how to see.
Voyager
No human has ever left the Solar System, and only six already-launched spacecraft will ever exit it. Will Voyager 1 remain the most distant?
black hole
Quantum entanglement links information between particles across space and time. So what happens when one of them falls into a black hole?
A radio telescope observes a distant galaxy; insets show a magnified view of the galaxy—home to the most distant laser—and a spectral graph. Illustration attributed to IDIA.
Forget about the terawatt lasers we're making on Earth. The Universe makes natural ones thousands of times more powerful than the Sun.