Science — Page 7
From quantum mechanics to deep space, neuroscience to climate systems. Rigorous reporting on humanity's quest to understand the universe and ourselves.
LIGO May Have Found a Primordial Black Hole
LIGO's latest catalog may contain a sub-solar-mass black hole that couldn't form from a star—and what that means for our understanding of the early universe.
Cognitive Rigidity, Extremism, and the Ideological Brain
Cognitive Rigidity, Extremism, and the Ideological Brain
Cognitive scientist Leor Zmigrod argues that susceptibility to extremism is measurable, biological, and—crucially—not fixed. Here's what the research actually shows.
Spider Silk vs Steel: The Science of Nature's Toughest Fiber
Spider Silk vs Steel: The Science of Nature's Toughest Fiber
Spider silk is stronger than steel by weight and tougher than Kevlar. Here's the science behind it—and the ethics of engineering it at scale. 🧬
Computing Can Self-Replicate. That Doesn't Make It Alive.
Computing Can Self-Replicate. That Doesn't Make It Alive.
Mathematician Barbora Hudcova proves that computational universality doesn't guarantee self-replication—and neither one is sufficient for life.
Russia's 8 km Drill to Test the Abiogenic Oil Theory
Russia's 8 km Drill to Test the Abiogenic Oil Theory
Russia is drilling 8 km into the Earth to test whether oil can form from inorganic matter and replenish itself. Here's what the science actually says.
The Collatz Conjecture: Mathematics' Simplest Open Problem
The Collatz Conjecture: Mathematics' Simplest Open Problem
The Collatz conjecture is two rules long and 89 years unsolved. Here's why the math that almost proves it is the same math that already fails it.
Michael Shermer on Truth, Bias, and the Post-Truth Era
Michael Shermer on Truth, Bias, and the Post-Truth Era
Neil deGrasse Tyson and Michael Shermer unpack objective truth, motivated reasoning, and why your brain argues like a lawyer, not a scientist.
AI Finds 7 Quasar Lenses That May Explain Black Hole Growth
AI Finds 7 Quasar Lenses That May Explain Black Hole Growth
An AI trained on simulated data found 7 rare quasar lenses in 800,000 DESI objects. The method reshapes how astronomers—and scientists everywhere—search for rare phenomena.
Starlink V3 Satellites Photographed Starship in Orbit
Starlink V3 Satellites Photographed Starship in Orbit
SpaceX used Starlink V3 satellites to image Starship's heat shield in real time during Flight 13 — and the implications go far beyond a cool photo.
FAA Wants to Waive Environmental Rules for Space Launches
FAA Wants to Waive Environmental Rules for Space Launches
The FAA wants to skip environmental reviews for rocket launches. Here's what that means for the communities living under the flight path — and who doesn't.
How the First Trees Conquered a Barren Earth
How the First Trees Conquered a Barren Earth
From acid-secreting fungi to lignin-packed wood, the 385-million-year story of how trees came to dominate Earth is stranger than most people realize.
Warp Drives, AI Bubbles, and Human Extinction Events
Warp Drives, AI Bubbles, and Human Extinction Events
Joe Scott tackles faster-than-light mirrors, AI speculation cycles, the fine structure constant, and whether humanity itself is an extinction event.
How Accelerating Electric Charges Produce Light
How Accelerating Electric Charges Produce Light
A Physics Explained video walks through the classical mechanics of electromagnetic radiation—how a wiggled charge creates the ripple we call light, and why that matters.
Shor's Algorithm and the Future of Encryption
Shor's Algorithm and the Future of Encryption
Shor's algorithm can crack RSA encryption—in theory. Here's what it actually does, how close we are, and why the answer is more nuanced than headlines suggest.
Cosmic Rays Could Make Weather Forecasts More Accurate
Cosmic Rays Could Make Weather Forecasts More Accurate
Researchers are testing whether atmospheric muon flux—particles forged in cosmic ray collisions—can fill a stubborn blind spot in weather prediction models.
Quantum Field Theory, AI, and the Gravity Problem
Quantum Field Theory, AI, and the Gravity Problem
Physicist Ross Jenkinson explains how quantum computing and AI could unlock the biggest unsolved problem in theoretical physics: reconciling quantum theory with gravity.
Quantum Batteries Challenge the Rules of Energy Storage
Quantum Batteries Challenge the Rules of Energy Storage
Australian researchers built the first full-cycle quantum battery that charges faster as it grows. Here's what that means—and what it doesn't, yet.
The Mountain Climbing Theorem Explained
The Mountain Climbing Theorem Explained
Two climbers, one rule: stay at the same height. A deceptively simple constraint leads to a proof that hinges on graph theory and one critical word: finite.
Chile's Navy UFO Sighting and the Limits of Radar
Chile's Navy UFO Sighting and the Limits of Radar
A Chilean Navy helicopter filmed an unidentified object in 2014 that defied radar detection. Here's what investigators found—and what remains genuinely unsettled.
The Relativistic Submarine Paradox, Explained
The Relativistic Submarine Paradox, Explained
A submarine moving at near-light speed should sink in one frame and rise in another. Here's why that contradiction took decades to untangle—and why it still isn't fully settled.