Here we show that small ferromagnetic particles with a strong temperature-dependent magnetization, can be used to produce temperature-dependent images in magnetic resonance imaging with an ...

Imagine a thermometer floating in space. As rarefied particles collide with this thermometer, the energy they transfer to it will increase its temperature bit by bit.

A lab-made black hole that traps sound, not light, emits radiation at a certain temperature, as Stephen Hawking first predicted.

Assistant Professor of Physics Eduardo da Silva Neto and his colleagues across the globe have discovered that electrons behave independently from other atomic particles in high-temperature ...