Hitherto, only molecular wires with a regular ohmic behavior in which the electric
conductance decreases with the wire length have been synthesized. Implementation of …

This review introduces the concept of electrochemical gating, in conjunction with its working
principle, and demonstrates its applicability and prospects towards fabricating functional …

Metallacycles with chelating polydentate conjugated‐carbon chain ligands are called
carbolong complexes, which are expected to have interesting properties. In this work, the …

An interesting debate has been recently raised around the role played by aromaticity in the
electron transport ability of molecular wires. Normally, it is associated to destructive …

Mononuclear platinum (II) complex trans-Pt (PPh3) 2 (CCC6H4SMe-4) 2 (1-Pt) and its
derivatives [PtM (dppm) 2 (CCC6H4SMe-4) 2]+(dppm= bis (diphenylphosphino) methane; …

Seeking the strategies of designing highly conductive molecular structures is one of the core
researches in molecular electronics. As asymmetric structure has manifested feasible …

Investigating the correlations of electron transport between multiple channels shows vital
promises for the design of molecule‐scale circuits with logic operations. To control the …

The synthesis of metallaisoxazole by the [3+ 2] cycloaddition reaction of
metallacyclopropene with nitrosonium tetra-fluoroborate has been achieved under mild …

A series of new d2 Re (V) alkylidyne complexes were synthesized, including Re (
CCH2Ph) Cl2 (PR3) 3 (PR3= PMe3, and PMePh2), Re ( CCH2Ph) I2 (PMePh2) 3, Re ( …

The combination of high-voltage windows and bending stability remains a challenge for
supercapacitors. Here, we present an “advantage-complementary strategy” using sodium …