Research
Non-equilibrium resonance scattering in intramolecular charge transport drives conformational changes
Nature ·
The Brief
- A Nature Communications article titled 'Non-equilibrium resonance scattering in intramolecular charge transport drives conformational changes' was listed in a Nature subject feed dated 2026-11-13.
- The source provides no summary, so the specific findings and methods cannot be confirmed from the available material.
- The headline describes electron resonance scattering as driving conformational changes during charge transport within a molecule.
Why it matters
The item concerns how electron transport inside molecules can trigger structural changes, which is relevant to molecular electronics and charge-transfer chemistry; details beyond the title are not available in the sources.
Who’s affected
- researchers in molecular electronics and charge transport
- physical chemists studying conformational dynamics
- #charge transport
- #resonance scattering
- #conformational change
- #molecular electronics
Timeline
Article listed in Nature subject feed for Physics
Physics : nature.com subject feeds
Non-equilibrium resonance scattering in intramolecular charge transport drives conformational changes