In a simplified quantum model, oscillating magnetic fields modulate the radical-pair electric dipole moment, and a chosen 24-degree field angle reproduces the orientation at which birds are experimentally disoriented.
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Influence of Oscillating Magnetic Fields on the Electric Dipole Moment of Radical Pairs in Cryptochrome Based Magnetoreception
In a simplified quantum model, oscillating magnetic fields modulate the radical-pair electric dipole moment, and a chosen 24-degree field angle reproduces the orientation at which birds are experimentally disoriented.