Curvature geometry–spin electronics–catalytic dynamics coupling in emerging catalytic engineering

Key Points

• This research explores how nanoscale curvature affects spin polarization and electron transfer in catalytic processes.
• Investigated the effects of nanoscale curvature on spin polarization and electronic properties.
• Analyzed the coupling between curvature and spin in catalytic environments.
• Examined the impact of these interactions on energy landscapes and kinetic pathways.
• Curvature significantly enhances spin polarization, aiding electron transfer.
• Asymmetric strain alters energy landscapes, making catalysis more efficient.
• Introduced programmable catalysis through curvature-spin coupling mechanisms.