The copper layers were about 2.5 nm thick and the C 60 layers about 15 nm thick. C 60 is used because it has a large electron affinity, which means that each molecule will take up to three conduction ...

X-ray magnetic tomography. Scientists led by Sebastian Gliga of the Paul Scherrer Institute in Switzerland discovered these doughnut-shaped ring patterns in nanoscale structures of gadolinium cobalt.

Deep in Chile’s Atacama Desert, scientists studied a green crystal called atacamite—and discovered it can cool itself ...

Magnetic Atoms Of Gold, Silver And Copper Have Been Obtained Date: February 29, 2008 Source: Basque Research Summary: Physicists and chemist have made atoms of gold, silver and copper, known as ...

Lenz’s Law is one of those physics tricks that look like magic if you don’t understand what’s happening. [Seth Robinson] was inspired by the way eddy currents cause a cylindrical … ...

The ring produces an incredibly uniform magnetic field, which will allow physicists like Polly to see the particles’ weird gyrations and possibly new physics. Like electrons, muons are in the ...

The world’s once strongest magnet has just broken another record. On December 8, the researchers from the National High Magnetic Field Laboratory (MagLab) at Florida State University announced that ...

The ring launcher is a device that uses a changing magnetic field to launch a conducting ring into the air. Perhaps it isn't so simple of a demo.

Magnets like Fusillo are expected to be in use in the new storage ring for HIE-ISOLDE within about five years and might then be developed further for other applications, including hadron therapy ...

And thirdly, hybrid magnets merge both types into one device. This new world record is specifically for the strongest resistive magnet, which reached a strength of 42 T at a power supply of 32.3 ...