Two others had to do with angular momentum ... In other words, the kind of spin taking place in electrons doesn't have an equivalent in our world of tops, basketballs, and planets.

Happily, electrons do interact with the rest of the universe ... between an applied magnetic field and the intrinsic spin of the electron. This is a tiny shift, but you can see its effects ...

Researchers have engineered a pioneering material that harnesses unique spin-related properties by twisting layers of ...

In addition, the crystal edges do not have to be specially prepared to conduct electrical current. If the crystal breaks, the new edges automatically also conduct current. One unique property of ...

They were able to do this by creating a sapphire wafer with ... That light, in turn, allowed the researchers to determine the electrons’ spin states. Another laser was used to monitor the ...

By cleverly applying a computational technique, scientists have made a breakthrough in understanding the 'pseudogap,' a ...

This process of controlling the flow of electrons via their valley degree of freedom is termed “valleytronics” by analogy with spintronics, which uses the internal degree of freedom of electron spin ...

And those different forms of vibration are interpreted as different elementary particles: quarks, electrons ... NOVA: Why does something as simple as replacing points with strings make such ...

Advances in quantum information technology require finding new ways to control electrons and other microscopic particles. In an article titled "Coherent acoustic control of defect orbital states ...

Spintronics uses the spins of electrons to perform logic operations or store information. Ideally, spintronic devices could operate faster and more ...

Second, the doubly occupied orbitals cost the system more energy than do the singly occupied ones, because the electrons’ proximity ... at which charge, spin and orbital effects compete ...