Publications by authors named "Taizen Den"
Article Synopsis
- A redox-active molecule called 2,5,8-tri(4-pyridyl)1,3-diazaphenalene demonstrated unique non-volatile resistive switching memory due to its specific molecular orientation.
- The study revealed that the directional π-π interactions are crucial for creating conductive layers necessary for switching, differing from previous methods.
- These findings enhance our understanding of electron transport in organic materials, paving the way for a new type of resistive random access memory (ReRAM) using organic compounds.
Article Synopsis
- Formation of coordination networks involves various synthetic strategies, with gas-phase synthesis being relatively unexplored compared to solution and solid-state methods.
- Researchers successfully created two-dimensional coordination networks by reacting ZnX (X=I, Br) with the redox-active ligand HTPDAP, revealing a new Zn halide trimeric cluster through advanced analysis techniques.
- The study also discovered unexpected chemical transformations during the oxidation of these networks, resulting in a nitrated derivative of HTPDAP, highlighting unique redox processes.
