Science — Page 18
From quantum mechanics to deep space, neuroscience to climate systems. Rigorous reporting on humanity's quest to understand the universe and ourselves.
How Opponent Recognition Unlocks Cooperation in Evolution
A Rutgers physicist argues that tailoring cooperation to specific opponents—not blanket strategies—may be evolution's simplest path out of the Prisoner's Dilemma trap.
How Cruise Ships Stay Upright in Rough Seas
How Cruise Ships Stay Upright in Rough Seas
Cruise ships look impossibly top-heavy. The engineering that keeps them upright is layered, counterintuitive, and more fragile than the brochure suggests.
Neil Turok's Case for Quantum Gravity Without Strings
Neil Turok's Case for Quantum Gravity Without Strings
Neil Turok argues quadratic gravity—a 1970s idea—may solve quantum gravity without strings or extra dimensions. Here's what that claim actually rests on.
What Forgetting Actually Means for Your Brain
What Forgetting Actually Means for Your Brain
Neuroscientist Lisa Genova explains why everyday forgetting isn't Alzheimer's — and what parents under chronic stress actually need to know about brain health.
JWST's Little Red Dots May Be Cocooned Black Holes
JWST's Little Red Dots May Be Cocooned Black Holes
New JWST spectral data on a single "little red dot" galaxy offers the strongest case yet that they're supermassive black holes wrapped in dense gas cocoons.
Geothermal Energy's Promise and Its Real Barriers
Geothermal Energy's Promise and Its Real Barriers
Geothermal delivers 24/7 clean power with near-zero emissions. But drilling costs, financing gaps, and policy inertia stand between the technology and global scale.
The Two Poles Theorem Solves a Geometry Puzzle
The Two Poles Theorem Solves a Geometry Puzzle
A geometry puzzle about two walls and a man's height reveals a classical theorem — and a surprising connection to teamwork math. Here's what's actually going on.
How Plate Tectonics Shapes Earth's Past and Future
How Plate Tectonics Shapes Earth's Past and Future
From the Ring of Fire to future supercontinents, plate tectonics explains how Earth's surface has been reshaping itself for 3 billion years—and what comes next.
Electric and Magnetic Fields Explained From First Principles
Electric and Magnetic Fields Explained From First Principles
From ancient amber to Gauss's law: how physicists replaced "action at a distance" with the field concept that underpins all of modern physics.
How Air Pressure Works, From Barometers to Champagne
How Air Pressure Works, From Barometers to Champagne
Neil deGrasse Tyson explains the physics of air pressure — and why understanding it matters beyond parlor tricks and party science.
The Molecular Machinery Inside Every Muscle You Have
The Molecular Machinery Inside Every Muscle You Have
From actin filaments to the calcium switch, here's how your muscles actually contract — and what happens when the molecular machinery goes wrong.
Antimatter Rockets: The Energy Economics of Interstellar Travel
Antimatter Rockets: The Energy Economics of Interstellar Travel
Antimatter propulsion promises interstellar travel, but its staggering energy production costs reveal a deeper lesson about civilizational-scale infrastructure investment.
Sodium-Ion Batteries: Real Promise, Real Limits
Sodium-Ion Batteries: Real Promise, Real Limits
Sodium-ion batteries aren't here to replace lithium-ion. They're here to do different jobs—and understanding which jobs matters more than the hype.
Zosurabalpin: A New Antibiotic Class Enters Phase 3 Trials
Zosurabalpin: A New Antibiotic Class Enters Phase 3 Trials
Zosurabalpin could be the first new antibiotic class targeting gram-negative superbugs in 50 years. Here's how it works—and how AI helped build it.
Tycho Crater: The Moon Impact That Reached Earth
Tycho Crater: The Moon Impact That Reached Earth
Tycho crater is 85km wide, 4.8km deep, and possibly 108 million years old. But when exactly did it form — and what did it do to Earth?
Nanodomains, Pulsars, and What We Can't See Yet
Nanodomains, Pulsars, and What We Can't See Yet
Izzy Jayasinghe and Alfredo Carpineti discuss heart disease, invisible light, and what super-resolution microscopy reveals about the body's smallest structures.
What "Fundamental" Actually Means in Science
What "Fundamental" Actually Means in Science
Curt Jaimungal's latest video unpacks "the nature of reality" across physics, philosophy, and math — and the distinctions hit differently when you cover CRISPR for a living.
Fusion Energy Is No Longer Just a Physics Problem
Fusion Energy Is No Longer Just a Physics Problem
Fusion reactors have cleared their core scientific hurdle. What remains are hard engineering challenges—and a tight race against the clock and other clean energy sources.
Jennifer Doudna on CRISPR, AI, and Gene Editing's Limits
Jennifer Doudna on CRISPR, AI, and Gene Editing's Limits
Nobel laureate Jennifer Doudna maps CRISPR's real progress, AI's actual role in biotech, and the funding threats reshaping American science.
Where Sunburn Catches You Off Guard
Where Sunburn Catches You Off Guard
Shade, cold weather, and clear water offer less UV protection than most people assume. Here's what the science actually says about when sunburn risk is highest.