Chiral Twists in a Bird Compass Protein Could Sharpen Magnetic Sensing
Time-resolved spectroscopy reveals that chiral rotation of a tryptophan residue in cryptochrome, contributing about 8 percent spin selectivity, could raise ...
Time-resolved spectroscopy reveals that chiral rotation of a tryptophan residue in cryptochrome, contributing about 8 percent spin selectivity, could raise ...
A new Frontiers Research Topic gathers foundational, mechanistic, and translational studies probing whether quantum coherence, tunneling, and spin dynamics shape ...
A new Frontiers in Photonics review uses the quantum radical pair mechanism behind birds' magnetic compass to teach the quantum ...
A new Perspective article argues that ultraweak photon emission, long dismissed as a metabolic by-product, may intersect with quantum biology ...
University of Surrey researchers used quantum simulations to show that the different nuclear spins of lithium-6 and lithium-7 could alter ...
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© 2025 Scienmag - Science Magazine