PHYSICS & MATHResearchers from the Sao Paulo State University used physics concepts such as magnetism, percolation, and Bethe lattice to describe how social distancing and quarantine effectively reduces the spread of COVID-19
A team of researchers published a study on teaching the algorithm of a machine learning method about the physical world to accurately predict river temperature and streamflow.
Research experiments led by Professor Andrew Pustogow debunked the 1990s superconductivity experiment with new measurements of strontium ruthenate that have been found to be perfect materials for understanding the bizarre characteristics of superconductivity.
In a step towards electrically controllable mirrors or switchable light, researchers can now dynamically switch liquid metal surfaces between reflective and scattering states.
Scientists use pyrolysis treatment and mathematical models to convert lint-microfibers generated in clothes dryers into a sustainable source of renewable energy.
A team of physicists discovers the capability of subatomic particle charm mesons to oscillate between particle and antiparticle state. The findings could open research for other particles outside the Standard Model and may answer questions about antimatter.
Researchers from the University of Queensland have developed a revolutionary quantum microscope that allows scientists to peer into the minuscule world of complex biological structures using the science of quantum entanglement.
UPS changed routes by avoiding left turns to reduce travel times, fuel consumption, and carbon emissions. A Penn State transportation engineering professor believes that adapting this method will promote a safer city driving experience.
Hexagonal boron nitride (h-BN) has been identified as the toughest among 2D materials - its unparalleled resistance to breakage has defied an old method of describing toughness.
For several years, the scientific consensus is that the dark mass in the middle of the Milky Way, designated Sagittarius A*, is a black hole - and a new study is challenging the widely-accepted notion.
A newly developed strategy to solve electromigration could potentially extend the life and performance of devices based on nanoelectronics and semiconductors.
A new study shows that even ice formation requires a little heat among water molecules. Water, despite its abundance and applications in everyday life, remains one of the most curious substances as a lot of its behavior seemingly defies the laws of physics.
Caltech professor helps in solving the mystery of the Hindenburg disaster by making a model of the airship, showing how the flying 7 million cubic feet of flammable hydrogen have exploded in 1937.
Now that conventional technologies are reaching their physical limits, researchers are looking for alternative methods to create more powerful devices.