Intermolecular charge transport through π-conjugated molecules plays an essential role in
biochemical redox processes and energy storage applications. In this work, we observe …

Proteins play a key role in biological electron transport, but the structure–function
relationships governing the electronic properties of peptides are not fully understood …

The development of next-generation organic electronic materials critically relies on
understanding structure-function relationships in conjugated polymers. However, unlocking …

The miniaturization of traditional silicon-based electronics will soon reach its limitation as
quantum tunneling and heat become serious problems at the several-nanometer scale …

Efficient long-range charge transport is required for high-performance molecular electronic
devices. Resonant transport is thought to occur in single molecule junctions when molecular …

Probing structural changes of a molecule induced by charge transfer is important for
understanding the physicochemical properties of molecules and developing new electronic …

Creating through-space electron transport (ET) channels in the molecular backbone has
been rarely explored in molecular electronics. Here, we demonstrated that through-space …

Charge transport in electrochemical energy-storage systems critically relies on supporting
electrolytes to maintain ionic strength and solution conductivity. Despite recent progress, it is …

Charge transport in single molecule junctions critically depends on the chemical identity of
anchor groups used to connect molecular wires to electrodes. In this work, we report the …

A major challenge in synthetic polymers lies in understanding how primary monomer
sequence affects materials properties. In this work, we show that charge transport in single …