Quantum nanorotator in the hypomagnetic field: Implications for magnetobiology

Quantum nanorotator in the hypomagnetic field: Implications for magnetobiology
Author(s): V. N. BinhiA mechanism for the biological effects of the hypomagnetic field is proposed, based on the rotational motion of a molecule as a whole within a cavity in an enzyme. It has been shown previously that a molecular rotator about 1 nm in size can have a decoherence time of up to tens of milliseconds. On s…[Phys. Rev. E 114, 014406] Published Mon Jul 13, 2026

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