PHYSICS & MATHA team of scientists was successful in creating the first-ever time crystal. Learn more about this impossible technology and the scientific applications it could help in the future.
Experts attempt to observe the so-called 'quantum glow' through easier mechanics. Read more about how our life would get a glimpse of the rare Unruh effect.
Experts discuss how theories on time evolved through the history of physical studies. Read more about a new theory that suggests how the absence of time affects our lives.
A new study reveals how peptides, part of the building block of life on Earth, can be formed in the conditions of space. Findings serves as a clue to how life came to our planet.
Quantum physicists discovered a new phase of matter that can move its own atom without exhibiting energy loss. The phase is called 'two-dimensional supersolid,' the first-ever supersolid matter that exhibits superfluidity, a frictionless feature similar to a liquid.
Quantum Mechanics could be the most challenging field of science to understand for people outside the scientific field. Here is an account of the experiences of an expert explaining his life in his two separate roles under quantum physics and meteorology.
A recent experiment conducted by a team of physicists from different institutes uncovered a naturally occurring quantum criticality state through a semimetal.
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
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.
Researchers have successfully demonstrated a secure transmission using measurement-device-independent quantum key distribution (MDI-QKD) protocol, sending information over 170 kilometers.
A team from Aalto University in Espoo, Finland, has created a black silicon photodetector that has exceeded 100%—the first to surpass what was thought to be the theoretical limit for external quantum efficiency.