Medicine & TechnologyResearchers from the University of Sydney developed a way for quantum error computing sources to be identified using machine-learning techniques that can detect even the faintest environmental 'noise.'
Throughout the decades, a motional ground state can only be achieved using smaller-scale objects, but researchers at MIT have succeeded in obtaining the quantum state of a larger object.
A recent experiment conducted by a team of physicists from different institutes uncovered a naturally occurring quantum criticality state through a semimetal.
A new theory addresses the "three-body problem," a centuries-old problem in physics and classical mechanics that predicts the motion of three gravitating bodies in space consistent with Newton's laws of motion and universal gravitation.
A team of engineering researchers has taken a step forward in understanding turbulence with a new visualization of how vortices behave in a quantum fluid
Researchers from the Chalmers University of Technology in Gothenburg, Sweden developed a novel thermometer seen to revolutionize quantum computing and thermodynamics.
Physicists from the University of Basel in Switzerland and Ruhr University Bochum in Germany developed a novel source of single photons - capable of producing billions of tiny quantum particles each second.
As a key technology in achieving the next generation of communications and computing technologies, quantum entanglement has been a topic of interest in the scientific community - with the latest efforts detailing how to achieve it through the application of heat.
A "tunable Heisenberg model" designed by physicists from MIT reveals the effect of magnetic forces at the quantum level, addressing the fundamental nature of magnetism and advancing the human understanding of one of the most common phenomena in nature.
One property of quantum mechanics is superposition, which explains how a system could be in multiple states at the same time until the instant it is observed or measured. A theoretical study suggests that this phenomenon affects high-precision clocks.
Researchers have successfully demonstrated a secure transmission using measurement-device-independent quantum key distribution (MDI-QKD) protocol, sending information over 170 kilometers.
Technological 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.