Recently, three scientists from the University of Massachusetts Amherst, addressing a physics problem that dates back to Galileo, have suggested a new method to the theory of how thin sheets can be forced to conform to “geometrically incompatible” shapes—similar to gift-wrapping a basketball—that depends on intertwining two fundamental ideas of geometry and mechanics that were long believed to be incompatible.
Dr. Hyunmin Kim’s team in the Companion Diagnostics and Medical Technology Research Group and Professor Jae-dong Lee’s team in the department of Emerging Materials Science at DGIST proved the presence of upper band gap of atomic rhenium disulfide (ReS2) layers in the conductive atomic structure of ionization energy, through a collaborative research with Professor Jong-hyun Ahn’s research team at Yonsei University.
Synchronization can be observed when two diverse systems oscillate in an identical way. This underlies many collective phenomena seen in nature, providing an example for emergent behaviors spanning from the acoustic harmony of cricket choruses to the behavior of the human brain.
Researchers from the University of Notre Dame has discovered that the properties of a material typically used to make protective or conductive films and encapsulate drug compounds—and the conditions in which this material will disassemble to discharge that drug—may be different than originally believed.
Japanese researchers have found an approach to more quickly and successfully identify superconducting materials.
Scientists at the City College of New York (CCNY) and at the Advanced Science Research Center (ASRC) at The Graduate Center of The City University of New York have created a novel metamaterial that is capable of transporting sound in extraordinarily robust ways along its edges and localizing it at its corners.
Polymers that contain plastics play a vital role in modern life. Since they are strong, lightweight, and unreactive, a wide array of technologies rely on them.
It is not known how to set up a defensive wall in a soccer game, and coaches would not prefer a gap between defensive players in the wall. Researchers, on their part, are also doing the same when they attempt to enhance the stability of perovskite solar cells, or PSCs.
Scientists at the University of Houston and the Toyota Research Institute of America have found out a favorable new variant of high-energy magnesium batteries that may find prospective applications ranging from electric vehicles to battery storage for renewable energy systems.
In condensed matter physics, Feynman diagrams are a robust tool. The method involves converting highly complex equations into sets of simple diagrams, thereby establishing itself as one of the brilliant tools in the toolbox of a theoretical physicist.
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