Not exact matches
The research team, which included Natalya Pugach from the Skobeltsyn Institute of Nuclear Physics, studied the interactions between superconductivity and magnetization in order to understand
how to control
electron spins (
electron magnetic moments) and to create the new generation of electronics.
Researchers have demonstrated
how to control the «
electron spin» of a nanodiamond while it is levitated with lasers in a vacuum, an advance that could find applications in quantum information processing, sensors and studies into the fundamental physics of quantum mechanics.
«We've shown
how to continuously flip the
electron spin in a nanodiamond levitated in a vacuum and in the presence of different gases,» said Tongcang Li, an assistant professor of physics and astronomy and electrical and computer engineering at Purdue University.
Because each atom's magnetism originates from the
spin of an unpaired
electron within it, models of
how magnetism arises are known as
spin models.
As
electrons crossed from one material to the other through the well, quantum mechanical effects altered their
spins according to
how positive or negative the field was.
They used the map to calculate
how much influence these
electrons in the Earth would have had on
spin - sensitive experiments that were done in Seattle and Amherst.
How an
electron interacts with other matter depends on which way it's
spinning as it zips along — to the right like a football thrown by a right - handed quarterback or the left like a pigskin thrown by a lefty.
Although a
spin - liquid state has previously been observed in herbertsmithite, there has never been a detailed analysis of
how the material's
electrons respond to light — a key to determining which of several competing theories about the material is correct.
The strength of a magnet is a result of the
spin of unpaired
electrons and
how the
spins of different
electrons are aligned with one another.
This image shows
how «spintronics» researchers such as David Awschalom probe and manipulate single
electron spins in semiconductors.