Spin–orbit interaction

Hprobe Announces New Generation of Magnetic Test Head for Wafer Sort of MRAM in Mass Production

Retrieved on: 
Tuesday, November 30, 2021
Technology, Hardware, Semiconductor, Other Technology, Transfer, CTO, Heart, Language, Spin–orbit interaction, ATE, IEEE Magnetics Society, Head, FCU, WAT, Torque wrench, Logic, FCS, Laboratory, 3D, Research, Communication, STT-MRAM, MRAM, HVM, Computer data storage

Hprobe, a provider of turnkey semiconductor Automatic Test Equipment (ATE) for magnetic devices, today announced a breakthrough magnetic test head revolutionizing MRAM Wafer Sort (WS).

Key Points: 
  • Hprobe, a provider of turnkey semiconductor Automatic Test Equipment (ATE) for magnetic devices, today announced a breakthrough magnetic test head revolutionizing MRAM Wafer Sort (WS).
  • The IBEX-WS test equipment integrates 3D magnetic field capabilities, while increasing field area and uniformity for wafer probing large MRAM arrays.
  • We introduced this new test head as a result of close collaboration with MRAM technology and device engineers.
  • This newest test head is complementary to the existing test heads available for Wafer Acceptance Test (WAT).

Scientists Provide Experimental Evidence for Zeeman Spin-Orbit Coupling in Antiferromagnetics

Retrieved on: 
Thursday, April 22, 2021
Physical sciences, Physics, Natural sciences, Spintronics, Atomic physics, Rotational symmetry, Quantum mechanics, Magnetism, Spin–orbit interaction, Spin, Quantum materials, Electron

b'MOSCOW, April 22, 2021 /PRNewswire/ -- ANUST MISIS professor was part ofaninternational research team that has found evidence for the existence ofthe Zeeman spin-orbit coupling inantiferromagnetic conductors.

Key Points: 
  • b'MOSCOW, April 22, 2021 /PRNewswire/ -- ANUST MISIS professor was part ofaninternational research team that has found evidence for the existence ofthe Zeeman spin-orbit coupling inantiferromagnetic conductors.
  • The study was published in npj Quantum Materials .\nThe electron possesses two fundamental properties: charge and spin.
  • Aspin-orbit coupling ofanunusual nature, termed Zeeman spin-orbit coupling isexpected tomanifest itself inawide range offerromagnetic conductors.
  • Obtained ontwo very different materials, the results ofthis work demonstrate the generic nature ofthe Zeeman spinorbit coupling.

Scientists Provide Experimental Evidence for Zeeman Spin-Orbit Coupling in Antiferromagnetics

Retrieved on: 
Thursday, April 22, 2021
Physical sciences, Physics, Natural sciences, Spintronics, Atomic physics, Rotational symmetry, Quantum mechanics, Magnetism, Spin–orbit interaction, Spin, Quantum materials, Electron

b'MOSCOW, April 22, 2021 /PRNewswire/ -- ANUST MISIS professor was part ofaninternational research team that has found evidence for the existence ofthe Zeeman spin-orbit coupling inantiferromagnetic conductors.

Key Points: 
  • b'MOSCOW, April 22, 2021 /PRNewswire/ -- ANUST MISIS professor was part ofaninternational research team that has found evidence for the existence ofthe Zeeman spin-orbit coupling inantiferromagnetic conductors.
  • The study was published in npj Quantum Materials .\nThe electron possesses two fundamental properties: charge and spin.
  • Aspin-orbit coupling ofanunusual nature, termed Zeeman spin-orbit coupling isexpected tomanifest itself inawide range offerromagnetic conductors.
  • Obtained ontwo very different materials, the results ofthis work demonstrate the generic nature ofthe Zeeman spinorbit coupling.