(Tokyo) - Computational polymer science includes a variety of computational chemistry and physics methodologies e.g. quantum chemical calculations and molecular dynamic simulations on polymeric systems and information chemistry on polymers. Our research group comprises theoreticians who develop theories, models, algorithms, and computer programs, experimentalists who utilize computer simulations for experimental observations at molecular and mesoscopic levels, and researchers who work on information compilation and database construction. (Polymer, Computer, Chemistry, Physics, Molecule, Simulation, Database, Computation, Information, Theory)
(Aichi) -(2002) New algorism for polymeric liquids entangled and strained. (polymers, rheology, simulation, branching, molecular, dynamics, entanglement, reptation, sliplink)
(Aichi) -(2002) Simulation platform for multiscale physics, OCTA, is distributed from this page. You could join BBS and submit your comment and questions on OCTA. (polymer, multiscale, multiphysics, complex-liquids, complex-system, softmaterials, seamless-zooming, OCTA, simulations, platform)
(Aichi) -(2002) Yuichi Masubuchi working on polymer science and engineering using computer simulation mainly. Publication list, vitae, etc. are available. (Polymer, Physics, Rheology, Simulation, Crystallization, Reptation, NAPLES)
(Shizuoka) -(1996) UNIOPT is manufacture of birefringence measurement system using opt ical heterodyne interferometry. In this page, you can see our products, list of presentation and papers, and company information. (birefringence, polarization, orientation, measurement, optics, disk, polymer, technology, measure, crystal)
