A chemical-creation platform based on cubic molecules is being discovered as part of an ongoing discovery program. This platform has the potential to rejuvenate stale
A theoretical model for more effective molecular-level simulations of cell membranes and their lipid-protein interactions has been developed by researchers at Lawrence Livermore National Laboratory as part of a multi-institutional
Bioactive mixtures present for the most part in products of the soil carry out various substantial roles connected with wellbeing and prosperity. Antioxidant, diabetes, anti-aging,
Taking advantage of a phenomenon known as gravitational lensing, a group of astronomers has discovered one of the largest black holes ever discovered. Using supercomputer simulations and gravitational lensing on
Fast radio bursts, or FRBs, are mysterious bursts of radio waves that come from faraway galaxies. We recently presented evidence for this phenomenon in Nature
A method has been developed by three environmental engineers—two from the University of Canterbury in New Zealand and one from the University of Maryland—to demonstrate
The Tibetan Plateau (TP) region has seen dramatic changes in its land surface as a result of the effects of global warming. These changes include the disappearance of snow cover,
According to new research, men at the highest chance of developing prostate cancer may have their investigations expedited if their hereditary risk was taken into
Electric and magnetic fields that oscillate perpendicular to one another make up light. Polarized light is produced when these oscillations are constrained, for example, along
A Los Alamos Public Research Center group has overcome key difficulties toward mechanically suitable focused energy light producers in view of colloidal quantum speck innovation, bringing about double-capability gadgets that