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The ‘Musk selloff’ deepens as Tesla and SpaceX combine for $456 billion two-day wipeout◆Electrical control of an unconventional quantum transport state demonstrated in a magnet for the first time◆Wall Street Reckoning: Tech Slump Triggers Market Turbulence Amidst Political Shifts◆Russell Brand Convicted: Legal Consequences for the Comedian's Career and Legacy◆Nvidia's Bearish Turn: Chip Giant Faces Valuation Reset as Bargain Hunters Circle◆Physicist develops detector capable of counting photons for quantum computing◆Citizen science program helps find exotic ticks◆Serve Robotics Unveils Physical AI Services Platform Aiming to Standardise Robot Connectivity◆The ‘Musk selloff’ deepens as Tesla and SpaceX combine for $456 billion two-day wipeout◆Electrical control of an unconventional quantum transport state demonstrated in a magnet for the first time◆Wall Street Reckoning: Tech Slump Triggers Market Turbulence Amidst Political Shifts◆Russell Brand Convicted: Legal Consequences for the Comedian's Career and Legacy◆Nvidia's Bearish Turn: Chip Giant Faces Valuation Reset as Bargain Hunters Circle◆Physicist develops detector capable of counting photons for quantum computing◆Citizen science program helps find exotic ticks◆Serve Robotics Unveils Physical AI Services Platform Aiming to Standardise Robot Connectivity◆
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Electrical control of an unconventional quantum transport state demonstrated in a magnet for the first time

Researchers at Tohoku University and the Japan Atomic Energy Agency (JAEA) have successfully controlled a unique quantum phenomenon, the quantum-geometric nonlinear Hall (QgNLH) state, using electric current for the first time. The breakthrough was achieved by revealing and exploiting the coupling bet

Phys.org ScienceNovember 5, 20261 min read
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Electrical control of an unconventional quantum transport state demonstrated in a magnet for the first time

Researchers at Tohoku University and the Japan Atomic Energy Agency (JAEA) have successfully controlled a unique quantum phenomenon, the quantum-geometric nonlinear Hall (QgNLH) state, using electric current for the first time. The breakthrough was achieved by revealing and exploiting the coupling between the spin structure and the QgNLH state in an electrically switchable chiral antiferromagnet.

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