A new hybrid pneumatic–mechanical sample shuttle moves NMR tubes between high and low magnetic fields at up to 27 meters per ...

Researchers have used dimensionless scaling laws and multiphysics simulations to design catheter-based magnetic filters that ...

Table of Contents Introduction Why have we been using urine pH? What urine pH can and cannot tell us Methods for directly measuring pH inside a tumor What is the actual pH of a tumor? New research: ...

General Fusion's LM26 has passed 1 keV in electron temperature using slow metal compression. We compare the measurements in ...

Scorpio: here are your general predictions for the day October 10 ...

Researchers demonstrate complete coherent control of spin qubits in self-assembled InAs quantum dots using oblique magnetic ...

NASA is preparing to test 12 experimental heat shield capsules during the fiery destruction ...

Scientists in Europe now have access to an X-ray detector sensitive enough to study samples that can be extremely thin, tiny or highly diluted. The new spectrometer has begun service at BESSY II and ...

Science has solved extraordinary problems, yet some long-standing questions remain unsettled even with modern tools and technology.

One of the world's most remarkable pieces of radio history is preparing to come alive again. On Saturday, October 24, 2026, ...

Somewhere in the universe, an intense radio wave flashed for just a few milliseconds. That fleeting signal arrived from the young universe about 11 billion years ago. On October 8, 2026, NASA announce ...

For Hengdian, the far-reaching operational and market impact triggered by this transformative shift may have only just begun to unfold, marking the start of a new developmental phase that will reshape ...