Next Generation Multifunctional Nano-Science of Advanced Metal Complexes with Quantum Effect and Nonlinearity

My research target can be described as “Next Generation Multifunctional Nano-Science of Advanced Metal Complexes with Quantum Effect and Nonlinearity”. work encompasses four important key areas: (1) inorganic-organic hybrid systems, (2) nano-size nano-space, (3) bottom-up self-assembly, (4) nonlinearity quantum effect. Among them, effect are the most for nano-science advanced metal complexes. I have been working on these two topics (nonlinearity effect) simultaneously more than 40 years. As effect, focused Haldane gap single-chain magnets (SCMs), single-molecule (SMMs), Kondo resonance SMMs, photo-switchable metallic conducting SMMs encapsulated into single-walled carbon nanotube (SWCNT), metal-organic framework (MOF)-spintronics spin qubits, pursuing high-density memory devices computing. nonlinearity, quasi-one-dimensional halogen-bridged complexes (MX-Chains; M = Pt, Pd, Ni; X Cl, Br, I) nonlinear excitons such solitons polarons, strongly electron-correlated Ni(III) gigantic third-order optical phase transitions charge fluctuations between Pd(III) averaged states (= Mott insulator) Pd(II)-Pd(IV) mixed-valence density wave states), communication, switching, In this review article, will describe above main (quantum nonlinearity) according to my history years, respectively. Finally, propose future perspectives topics. Award Account, stressed what science is. Do you ever contemplate about is? believe that is create new fields original creative concepts. order do so, it take years or more. Therefore, scientists only one chance in their lifetimes. establish field titled “Multifunctional