Science — Page 9
From quantum mechanics to deep space, neuroscience to climate systems. Rigorous reporting on humanity's quest to understand the universe and ourselves.
NASA Moves SunRISE Mission From Vulcan to Falcon Heavy
NASA switched its SunRISE solar weather mission from ULA's Vulcan Centaur to SpaceX's Falcon Heavy. Here's why that matters beyond the rocket swap.
Three Gorges Dam: Engineering at Planetary Scale
Three Gorges Dam: Engineering at Planetary Scale
China's Three Gorges Dam generates more power than 20 nuclear reactors and measurably slowed Earth's rotation. The physics are astonishing. The cost was human.
Utah's Giant Solar Project Is Real—and Complicated
Utah's Giant Solar Project Is Real—and Complicated
Utah's Green River Energy Center pairs 400 MW of solar with 1,600 MWh of battery storage. Here's what the press release leaves out.
Adam Riess on the Hubble Tension and Cosmic Expansion
Adam Riess on the Hubble Tension and Cosmic Expansion
Nobel laureate Adam Riess explains why two precise measurements of the universe's expansion rate keep disagreeing—and what that could mean for cosmology.
How Volcanoes Work: Formation, Types, and Real Risk
How Volcanoes Work: Formation, Types, and Real Risk
From shield volcanoes to supervolcanoes, here's what geology actually tells us about how volcanoes form, erupt, and how dangerous they really are.
U.S. Science Brain Drain Threatens American Innovation
U.S. Science Brain Drain Threatens American Innovation
Neil deGrasse Tyson warns the U.S. is losing its scientific base to budget cuts and brain drain. What that means for innovation, and for the future.
The Quantum Fourier Transform Explained
The Quantum Fourier Transform Explained
Dr. Katie McCormick's Qiskit breakdown of the quantum Fourier transform reveals the strange mathematical object powering Shor's algorithm and quantum phase estimation.
Mountain Pass Mine and the U.S. Rare Earth Supply Gap
Mountain Pass Mine and the U.S. Rare Earth Supply Gap
The Mountain Pass mine once supplied 70–80% of global rare earths. Here's how the U.S. surrendered that dominance—and what it actually takes to rebuild it.
A Star in Andromeda Vanished. A Black Hole Remained.
A Star in Andromeda Vanished. A Black Hole Remained.
A massive star in Andromeda faded without exploding. Multi-telescope observations now suggest it collapsed directly into a black hole—silently, invisibly, and without warning.
Smartphones and the Global Baby Bust
Smartphones and the Global Baby Bust
John Burn-Murdoch's data on falling global birth rates points to smartphones as a key driver—and the mechanism looks familiar to anyone who covers collective action failures.
The Double Slit Experiment's Real Mystery
The Double Slit Experiment's Real Mystery
Physicist Sabine Hossenfelder dismantles common misconceptions about the double slit experiment—and reveals the one question nobody is actually asking.
Many Worlds and the Problem of Believing It
Many Worlds and the Problem of Believing It
David Wallace and Emily Adlam debate whether anyone inside a Many Worlds universe could rationally confirm it—and what that means for quantum mechanics.
A Physicist Calls UFO Disclosure a Distraction
A Physicist Calls UFO Disclosure a Distraction
Physicist Brian Keating tore through the latest government UFO release and found nothing. His argument: the timing alone makes it suspect.
Japan's JAXA Tests RV-X Reusable Rocket Prototype
Japan's JAXA Tests RV-X Reusable Rocket Prototype
JAXA's RV-X prototype lifted off, hovered, and landed safely at Noshiro on July 11. Here's what the test actually showed—and what it didn't.
Pancreatic Cancer Treatments That Could Change Everything
Pancreatic Cancer Treatments That Could Change Everything
NALIRIFOX, daraxonrasib, and a personalized mRNA vaccine are reshaping pancreatic cancer treatment. Here's what the breakthroughs mean—and who can actually access them.
Measuring the Sun's Temperature Without Touching It
Measuring the Sun's Temperature Without Touching It
How 19th-century physicists used spectroscopy and radiation laws to calculate the Sun's temperature from Earth—no probe, no contact, no vaporized instruments required.
Could Spacetime Actually Break? The Physics of Fracture
Could Spacetime Actually Break? The Physics of Fracture
From LIGO's gravitational wave data to Planck-scale fracture mechanics, physicists are asking what it would actually take to tear spacetime apart.
FCC Approves First Space Mirror Satellite Launch
FCC Approves First Space Mirror Satellite Launch
The FCC cleared Reflect Orbital's Eärendil-1 space mirror for launch. Here's what the approval means for astronomy, connectivity, and orbital governance.
Primordial Black Holes as Dark Matter Candidates
Primordial Black Holes as Dark Matter Candidates
After decades of failed WIMP searches, physicists are turning to primordial black holes as a serious dark matter candidate. Here's what the evidence actually shows.
Project Pele: The Pentagon's Portable Nuclear Reactor
Project Pele: The Pentagon's Portable Nuclear Reactor
The Pentagon's Project Pele aims to power remote military bases with a containerized nuclear reactor. Here's what the technology promises—and what it can't yet answer.