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.
Lucy Rogers on Butterflies, Blue Skies, and Halley's Comet
Engineer Lucy Rogers delivers a Royal Institution talk connecting monarch butterfly migration, Tyndall's 1869 light experiment, and Halley's Comet in one sweeping look upward.
Mass Media Doesn't Change Your Accent. Your Friends Do.
Mass Media Doesn't Change Your Accent. Your Friends Do.
A linguist breaks down why Netflix won't flatten your vowels, what the Peppa Pig effect actually proves, and why teenage girls lead every major sound change.
SETI Is Shifting From Radio Waves to Laser Beams
SETI Is Shifting From Radio Waves to Laser Beams
A new paper by Ben Zuckerman argues SETI's radio-first assumptions are obsolete. Here's what a smarter alien search actually looks like in 2025.
The Counterintuitive Rules of Orbital Navigation
The Counterintuitive Rules of Orbital Navigation
Orbital mechanics rewards the wrong instinct at every turn. A new minutephysics video breaks down two navigation paradoxes that confound even seasoned space enthusiasts.
Next-Generation Space Propulsion Technologies Explained
Next-Generation Space Propulsion Technologies Explained
From ion engines to nuclear rockets and laser beams, here's a clear-eyed look at the propulsion technologies that could take humanity beyond Earth orbit.
How Fermilab Proved Einstein's Speed of Light Theory
How Fermilab Proved Einstein's Speed of Light Theory
Particle physicist Don Lincoln explains how Fermilab experiments confirmed Einstein's constant speed of light — and why c is now a defined value, not a measured one.
How an Integral Conceals the Euler-Mascheroni Constant
How an Integral Conceals the Euler-Mascheroni Constant
Michael Penn's eight-minute walkthrough shows how a limit of an integral, carefully disassembled, quietly converges to gamma—one of mathematics' most elusive constants.
Quantum Gates Explained: What Encryption's Future Hinges On
Quantum Gates Explained: What Encryption's Future Hinges On
Hadamard, CNOT, T gate — the quantum circuits that could eventually crack RSA encryption, explained clearly for security-minded readers.
How Nanoparticles Are Already Changing Everyday Life
How Nanoparticles Are Already Changing Everyday Life
From self-cleaning glass to cancer detection, UCL's Professor Ivan Parkin maps what nanoparticle science can actually do right now — and where it still falls short.
Conway's Soldiers: A Checkerboard Proof of Impossibility
Conway's Soldiers: A Checkerboard Proof of Impossibility
Conway's Soldiers is a deceptively simple game that no one can win — not with infinite pieces. Here's the golden ratio proof that seals the deal.
The Bahia Emerald: A Geological Oddity and Legal Nightmare
The Bahia Emerald: A Geological Oddity and Legal Nightmare
The Bahia emerald weighs 340 kg and has at least 14 claimants. Its story spans geology, fraud, Hurricane Katrina, and a restraining order on the rock itself.
New England Meteor Airburst: What NASA's Data Reveals
New England Meteor Airburst: What NASA's Data Reveals
NASA confirmed a meteor airburst over Massachusetts on May 30, 2026, releasing energy equal to 300 tons of TNT. Here's what the science actually shows.
The Micro Blue Moon of May 2026, Explained
The Micro Blue Moon of May 2026, Explained
The micro blue moon of May 2026 won't turn blue or look dramatic. Here's what it actually is, why it's genuinely rare, and what else to watch for.
How Io's Shadow Revealed the Speed of Light
How Io's Shadow Revealed the Speed of Light
How 17th-century astronomers tracking Jupiter's moon Io—for colonial navigation—accidentally measured the speed of light. The discovery that changed physics.
The Brachistochrone: Why the Fastest Path Curves
The Brachistochrone: Why the Fastest Path Curves
A 1696 math puzzle about falling beads reshaped all of physics. The brachistochrone problem is stranger—and more consequential—than it first appears.
Are We Completely Wrong About Black Holes?
Are We Completely Wrong About Black Holes?
Black holes expose a crack running through all of modern physics. New Scientist's deep dive maps what we know, what we don't, and how wild the fixes might need to be.
Morphic Resonance: The Science Orthodoxy Tried to Burn
Morphic Resonance: The Science Orthodoxy Tried to Burn
Rupert Sheldrake's morphic resonance theory was publicly burned by academia—while the U.S. military quietly funded similar research. Col. Morrison investigates.
The 1% Problem: Why 100 Tries Isn't 100%
The 1% Problem: Why 100 Tries Isn't 100%
A viral tweet got the math wrong on persistence and probability. Here's what the actual numbers say—and why 63% is more interesting than 100% anyway.
When Math Invents Reality: Imaginary Numbers & More
When Math Invents Reality: Imaginary Numbers & More
Neil deGrasse Tyson explains how imaginary numbers, non-Euclidean geometry, and white holes reveal math's uncanny habit of predicting reality before we can confirm it.
Why a Theory of Everything Is Centuries Away
Why a Theory of Everything Is Centuries Away
Fermilab physicist Don Lincoln says a theory of everything is at least 100 years away—and his reasoning is harder to dismiss than it sounds.