In ferromagnets, like a refrigerator magnet, atomic spins line up in the same direction. In antiferromagnets, neighboring spins point in opposite directions...
Physicists at MIT have directly stimulated atoms in an antiferromagnetic material using a terahertz laser, a light source that oscillates more than a trillion...
GeiwBot can climb on walls and ceilings of different textures including glass, polyimide, and aluminum; its climbing behavior is based on dynamic attachment...
The one-atom thin 2D magnet, created by Dr. Jie Yao from the University of California, Berkeley, and the Lawrence Berkeley National Laboratory, and his...
Using a modified 3D printer, an international team of researchers led by Lawrence Berkeley National Laboratory has made a new material that is both liquid...
In conventional magnets, small magnetic constituents align with one another to create a strong magnetic field. By contrast, the newly-discovered type of...
A platinum-group chemical element called ruthenium (Ru) is the fourth single element to have unique ferromagnetic properties at room temperature.
Ruthenium....
In a new study reported in the journal Science, Princeton University physicists tested the frustrated magnets – so-named because they should be magnetic...
