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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Benchmarking of single-stage, series-linear, logarithmic, and cascaded I-V amplifiers for STM-BJ and MCBJ techniques shows practical trade-offs in sensitivity, noise, and dynamic range.
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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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Benchmarking Current-to-Voltage Amplifiers for Quantum Transport Measurements
Benchmarking of single-stage, series-linear, logarithmic, and cascaded I-V amplifiers for STM-BJ and MCBJ techniques shows practical trade-offs in sensitivity, noise, and dynamic range.