Molecular electronics is generally considered an alternative approach to the fabrication of
electronic devices in the future. In the past decades, benefiting from the impressive advance …

The syntheses and crystallographically determined structures of metal complexes trans-[M
(C≡ CR) 2L n](ML n= Ru (dppe) 2, Ru {P (OEt) 3} 4, Pt (PEt3) 2) featuring acetylide ligands …

Unveiling the internal dynamics of rotation in molecular machine at single-molecule scale is
still a challenge. In this work, three crank-shaped molecules are elaborately designed with …

Seebeck coefficient measurements provide unique insights into the electronic structure of
single-molecule junctions, which underpins their charge and heat transport properties. Since …

An asymmetric structure is an important strategy for designing highly conductive molecular
wires for a gap-fixed molecular circuit. As the conductance enhancement in the current …

Although the tetrapyrrolic macrocycle system provides a promising platform for building
molecular devices, investigating the relationship between the conductance and the …

Although quantum effects have introduced fascinating properties to molecular circuits,
exploring new features for molecular circuits remains a challenge. In this work, effective …

Understanding the impact of substituents on the quantum interference effect at single
molecule scale is of great importance for the design of molecular devices. In this work, three …

This paper describes the influence of the transannular π–π interaction in controlling the
carrier transport in molecular wires by employing the STM break junction technique. Five …

Es necesario que la metodología utilizada para abordar el desarrollo de tecnologías en la
industria electrónica sufra una revolución en los próximos años. Hasta el momento ha …