The Einstein-de Haas effect, first demonstrated more than a century ago, provides an intriguing link between magnetization and rotation in ferromagnetic materials. Researchers have now found that the ...

A gyromagnetic effect discovered by Albert Einstein and Dutch physicist Wander Johannes de Haas--the rotation of an object caused by a change in magnetization--has been measured at micrometer-scale ...

The magnetic anisotropy of single crystals of various metals has been studied experimentally particularly at liquid-helium temperatures, and an oscillatory variation with field (de Haas-van Alphen ...

THE de Haas–van Alphen effect (oscillatory dependence of magnetic susceptibility on magnetic field strength at low temperatures) has provided one of the most successful methods for studying the Fermi ...

THE de Haas – van Alphen effect (periodic field dependence of magnetic susceptibility) has been found in aluminium and antimony single crystals at 4.2° K. and lower temperatures. The effect depends in ...