Quantum Physics Can Explain Earth’s Weather
By treating Earth as a topological insulator—a state of quantum matter—physicists found a powerful explanation for the twisting movements of the planet’s air and seas
By treating Earth as a topological insulator—a state of quantum matter—physicists found a powerful explanation for the twisting movements of the planet’s air and seas
Physicists are on an ever urgent quest to find a fuller understanding of what makes the cosmos tick, which they call a theory of everything
A new type of chemistry performed at very cold temperatures on very small particles enables quick, precise reactions
Physicists finally understand why heating a supercold quantum fluid freezes it into a solid
Experts weigh in on the most shocking, paradigm-shifting and delightful findings in the history of physics
Particle by particle, all matter may eventually disappear, according to new calculations
Scientists have used quantum technology to track individual particles of light as they begin the process of photosynthesis
Neutrinos are bizarre and ubiquitous and may just break the rules of physics
New research pokes holes in the idea that the cosmos expanded and then contracted before beginning again
Solving a notorious quantum quandary could require abandoning some of science’s most cherished assumptions about the physical world
Physicists have put the largest-ever object into a quantum superposition
Exotic particles called nonabelions could fix quantum computers’ error problem
The laws of physics allow time travel. So why haven’t people become chronological hoppers?
Imaginary numbers—the square roots of negative numbers—are an inescapable part of quantum theory, a study shows
The strange phenomenon of quantum tunneling has been observed in a chemical reaction that defies classical physics
In 1949 physicist Chien-Shiung Wu devised an experiment that documented evidence of entanglement. Her findings have been hidden in plain sight for more than 70 years
Quantum bursts of light could help examine minute chemical reactions and reveal the quantum properties of mysterious materials
New experiments can re-create the young cosmos, when it was a mash of fundamental particles, more precisely than ever before
A lab-made black hole is beyond current technology but could be possible one day
The way we teach quantum theory conveys a spookiness that isn’t actually there
Support science journalism.
Thanks for reading Scientific American. Knowledge awaits.
Already a subscriber? Sign in.
Thanks for reading Scientific American. Create your free account or Sign in to continue.
Create Account