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  "slug": "asymmetric-electron-transport-arising-from-intrinsic-structural-chirality",
  "title": "ASYMMETRIC ELECTRON TRANSPORT ARISING FROM INTRINSIC STRUCTURAL CHIRALITY",
  "authors": [
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  "abstract": "A central objective in modern condensed matter physics is to establish a direct, predictive link between the microscopic quantum properties of a material’s electronic structure and its macroscopic, functional responses. Recent advances in spectroscopy have provided unprecedented insight into the former, yet a quantitative theoretical connection to the latter remains critically absent in the burgeoning field of chiral quantum matter. This study directly confronts this theoretical gap by proposing a minimal, phenomenological model that bridges the microscopic observations of orbital angular momentum (OAM) textures in chiral crystals with their unverified, but hypothesized, macroscopic non-reciprocal transport coefficients. The core thesis posits that the polarity of these OAM monopoles, a ground-state property directly visualized by Yen et al. (2024), must deterministically govern the asymmetry of dissipative carrier scattering events, thereby producing a measurable transport signature.",
  "abstract_markdown": "A central objective in modern condensed matter physics is to establish a direct, predictive link between the microscopic quantum properties of a material’s electronic structure and its macroscopic, functional responses. Recent advances in spectroscopy have provided unprecedented insight into the former, yet a quantitative theoretical connection to the latter remains critically absent in the burgeoning field of chiral quantum matter. This study directly confronts this theoretical gap by proposing a minimal, phenomenological model that bridges the microscopic observations of orbital angular momentum (OAM) textures in chiral crystals with their unverified, but hypothesized, macroscopic non-reciprocal transport coefficients. The core thesis posits that the polarity of these OAM monopoles, a ground-state property directly visualized by Yen et al. (2024), must deterministically govern the asymmetry of dissipative carrier scattering events, thereby producing a measurable transport signature.",
  "date": "2025-12-01",
  "first_published": "2025-12-01",
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        "title": "ASYMMETRIC ELECTRON TRANSPORT ARISING FROM INTRINSIC STRUCTURAL CHIRALITY"
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