“Anomalous” heat flow, which at first appears to violate the second law of thermodynamics, gives physicists a way to detect quantum entanglement without destroying it. The Mystery of How Quasicrystals ...

Everyone loves clouds. Although they are gigantic and beyond our reach, they inspire us with their wide variety of shapes. I mean, who hasn't played the game of guessing what a cloud looks like? Of ...

Asia Episode 11’s Castle Conquest, explaining how weight, sand resistance, friction, momentum, and leverage determined each ...

Resistance-free current flow would have enormous benefits for the electronics industry and is usually associated with superconductivity. But ‘ballistic quantum wires’ may offer an alternative. These ...

Since its discovery 100 years ago, our understanding of superconductivity has developed in a far from smooth fashion. Paul Michael Grant explains why this beautiful, elegant and profound phenomenon ...

In this video, Jonny Nelson explains resistance. The current through a component depends on both the resistance of the component and the potential difference across the component.

In this video, Jonny Nelson explains resistance. The current through a component depends on both the resistance of the component and the potential difference across the component.

A deeper understanding of how tumor cells respond to treatment is vital to improving the effectiveness of therapies for diseases such as cancer. Researchers at the Max Planck Institute for the Science ...