Tantalum emerges as a promising material for next-generation quantum circuits, demonstrating breakthrough performance in ...

Quantum dots have spent two decades in the spotlight as tiny semiconductor crystals whose colors can be dialed in simply by ...

Rappal Sangameswara Krishnan, an IISc titan worked under C V Raman, carried out key research at Cambridge, and later led the Physics Department at IISc. His career linked the Krishnan Effect with the ...

A team of chemists has shown that a single, carefully designed organic molecule can be coaxed into forming seven entirely ...

The interplay between symmetry-breaking orders in topological materials dictates their exotic quantum states. Here, we report a combined transport, NMR, and electron diffraction study of Nb-doped Bi \ ...

Antiferroelectricity is a material property characterized by alternating electric dipoles spontaneously ordered in antiparallel directions. Antiferroelectrics are promising for energy storage, ...

Scientists once thought luminiferous ether pervaded the cosmos. Michelson and Morley’s ingenious experiment to find it ...

Are you struggling alone, thinking, "I don't really understand the difference between the words vibration and wave"?It can be ...

Direct visualization of hydrogen—the smallest and lightest element—in complex materials remains a fundamental challenge.

Researchers have developed a table-top extreme-ultraviolet grazing-reflection ptychography system with full-pose ...

Have you ever walked deep inside an office building, stepped into a basement café, or ducked behind a high-rise, only to watch your phone signal drop to a single bar or disappear entirely?In the ...

Microscopy of Blood Falls deposits revealed amorphous iron-rich nanospheres formed as dissolved iron in ancient subglacial ...