Fun with qubit chemistry, remembering Nobel laureate Yoichiro Nambu, and even more science of Ant-Man are among this week's physics highlights.
Pluto mania reigns supreme, the pentaquark's discovery confirmed, and the 70th anniversary of the Trinity Test are among this week's physics highlights.
Looking for a few good popular math books? In the latest New York Times Book Review, I look at five terrific recent ones: Jordan Ellenberg's How Not to Be Wrong, David J.
Here’s a treat for fans of movies and the brain: an article called Strange Continuity. Throughout evolutionary history, we never saw anything like a montage.
In honor of Tax Day in the US, here is a piece on the IRS’s Favorite Mathematical Law: Armed with Benford’s law, “the IRS can sniff out falsified returns just by looking at the first digit of numbers on taxpayers' forms.” So, beware.
The big physics news this week was the announcement of the long-awaited results from the Planck missions — and the news is not good for the BICEP2 collaboration: the Study Confirmed Criticism of BICEP2′s original Big Bang Finding. They may have had space dust in their eyes.
Hope everyone enjoyed their Halloween festivities. Here’s a few other related links: The ghostly glow of St. Elmo’s fire: it works the same way that a neon light glows. The Levitating Halloween Pumpkin with a superconductor inside. Bonus: More Conceptual Physics Halloween Costumes.This year, go out as The Holographic Principle!
The big news in space science this week: the Rosetta spacecraft catches its comet! Here’s what comes next. Why does it take 10 years to catch a comet?
This week on Virtually Speaking Science, I chatted with astrophysicist Katie Freese, author of a new book, The Cosmic Cocktail: Three Parts Dark Matter.
It was a big week for physics in the movies, with the premiere of Interstellar, and the Stephen Hawking biopic The Theory of Everything. That translates into lots of pixels commenting on the science behind the films.
On the latest episode of the Know Brainer Podcast, I chatted with host Christina Ochoa about Self- Experimentation, Time and Identity, and Body Fluids in Art.
This week, Quanta featured a three-part series on spacetime. Part 1 is by K.C. Cole: Wormholes Untangle a Black Hole Paradox. A bold new idea aims to link two famously discordant descriptions of nature.
A fifth tau neutrino, graphene makes the world's thinnest lightbulb, and how you can measure the Earth's axial tilt this solstice are among this week's physics highlights.
Laser-etched logrithmic spirals, light bulb physics, and the fractal nature of urban growth are among this week's physics highlights.
It’s back, baby! The Large Hadron Collider sees its first low-energy collisions after restarting. A government laboratory found a way to listen to recordings on fragile wax cylinders inside dolls made by Thomas Edison in 1890.
The first results from the upgraded Large Hadron Collider, syntactic foam, a Fibonacci clock, and a worm with a fractal nose glove are among this week's highlights.
Today we celebrate the Pi Day of the Century: March 14, 2015, is the first five digits of pi, or 3.1415. It’s also Albert Einstein’s birthday, so Sean Carroll reminded us how they are intimately connected; yes, Pi has something to do with gravity.
Metamaterials make magnetic "wormholes", the case for complex dark matter, and solving the mystery of interweaved phone books are among this week's physics highlights.
Sunday brought two NFL playoff games, whereby the Seattle Seahawks eked out an unlikely victory over the Green Bay Packers, and the New England Patriots trounced the Baltimore Colts.
The physics in-jokes came fast and furious in this week’s episode of The Big Bang Theory. While telling Penny about his latest research over dinner, Leonard has a brainstorm insight, and ends up collaborating with Sheldon on a cosmology paper, which they post to the online arXiv.