Theory attributes CISS magnetoresistance and even-in-bias magnetochiral asymmetries to current-induced molecular orbital moments in helical molecules without intrinsic spin-orbit coupling.
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2 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 2verdicts
UNVERDICTED 2representative citing papers
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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Chirality-induced spin selectivity without intrinsic spin-orbit coupling: Role of current-induced molecular orbital moment
Theory attributes CISS magnetoresistance and even-in-bias magnetochiral asymmetries to current-induced molecular orbital moments in helical molecules without intrinsic spin-orbit coupling.
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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.