A two-electron Lindblad model shows that charge current through a chiral bridge induces a solenoidal field at the donor interface, enabling spin-selective transport that matches reported CISS polarization in molecular triads and DNA hairpins.
Advanced Materials , volume =
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MBE-grown films have sharper interfaces and narrower rocking curves than sputtered films, but both show similar microscopic CISS effects with peptides while only sputtered films exhibit macroscopic changes in coercivity and domain wall velocity.
citing papers explorer
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Spinterface-like mechanism of the chirality-induced spin selectivity in donor chiral-bridge acceptor complexes
A two-electron Lindblad model shows that charge current through a chiral bridge induces a solenoidal field at the donor interface, enabling spin-selective transport that matches reported CISS polarization in molecular triads and DNA hairpins.
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Microscopic and macroscopic characterization: MBE-grown versus sputter-deposited Au/Co/Au thin films for CISS and MIPAC effect studies
MBE-grown films have sharper interfaces and narrower rocking curves than sputtered films, but both show similar microscopic CISS effects with peptides while only sputtered films exhibit macroscopic changes in coercivity and domain wall velocity.