PHYSICS & MATHTechnological advancements have allowed physicists to manipulate and study quantum particles, their states, and their interactions. However, they still need to figure out how to keep quantum systems from decaying long enough to practically run computations and transfer information—and a simple solution might just solve the problem
Physicists from Yale University have developed an "error-correcting cat". This device combines the concept of superposition from the famous Schrödinger's cat experiment, and the ability to fix some of the persisting problems with quantum computation.
Students who have the kinds of talents scientists and engineers need to solve problems by visualizing how objects could be rotated, combined, or changed in three dimensions often struggle in school. In addition, spatially gifted people are less likely to go to college. And, if they do enroll, they’re less likely to get their degrees.
A team of scientists has discovered a physical property, termed "quantum negativity," that allows for more precise measurements and can power new technologies.
Seen as the future of computing, quantum computers have exciting potential for solving problems beyond the capacity of classical supercomputers. While quantum computers are still mostly under development, one sample has displayed the capability to work on materials problems.
Scientists at CERN have reported finding evidence for a process previously predicted by theory. The ultra-rare process could lead to new physics regarding particle processes, explaining dark matter and answering cosmological questions.
In a surprising discovery, physicists have detected a rare, ghostly particle previously thought to be only produced inside the sun--but now, under a mountain in Italy as well.
Many physicists said that gravitons exist but some believe that it is impossible to observe it in the natural world. Recent studies suggest that gravitons create 'noise' making them easier to spot.
Southeast Asian and Australian stingless bees have taken the art of building to the next level as they create spiral beehives that rival New York's Guggenheim.
Scientists are using aerodynamics and physics to measure how droplets spread in various environments. They've discovered how dependent respiratory droplets are on the weather.
Japanese researchers re-examined previous research into the dynamics of penguin pooping, focusing on maximum firing distance and pressure to help zookeepers better plan for excursions into artificial penguin habitats.
These spacewalks mark the end of a series of power upgrades that began in January 2017 to replace nickel-hydrogen batteries with new lithium-ion batteries as part of power upgrades of the International Space Station.
Do you have a kid who just needs to know how everything works? A teen who takes apart their cell phone to see how it functions, a kid who inspects every bug and blade of grass they come across, a tween who spends their evening gazing through a telescope at the solar system? If so, then congratulations: you have a curious mind in your midst!