Investigating interactions at molecular junctions for novel electronic devices
The structure of a molecular junction with noncovalent interaction plays a key role in electron transport, reveals a recent study conducted by researchers at Tokyo Tech. Through simultaneous surface-enhanced Raman scattering and current–voltage measurements, they found that a single dimer junction of naphthalenethiol molecule shows three different bondings, namely π–π intermolecular and through-π and through-space molecule–electrode interactions.
The π–π interaction is a type of noncovalent interaction that occurs when the electron clouds in the π orbitals ...
















