I am a senior physics scientist at condensed matter physics, magnetic GMR multilayers, neutron diffractions, superfluidity quasicrystals, optical non-linear photonic crystals, biophysics, nanomaterials. I indagated into research at Department of Physics, Wake Forest University, Department of Physics and Astronomy, Iowa State University, and Department of Chemistry, University of Washington, USA as post-doc from 2000 to 2004. I was promulgated Ph. D and Bachelor degrees at IOP, CAS in 2000 and University of Science and Technology of China in 1995. Thank you!
physics, magnetic GMR multilayers, superfluidity, optical lasers, biophysics.
interface optical photonic laser low-temperature superfluidity superconductors condensed matter physics research work concerning upon the quantum photonic integrated nanostructural materials multichannel AsPSnIn and SiO2 CDF platform communicate systerm, LED, omnidirectional antenna, spontanous emission of the Lamb shift embedded inside the quantum electrodynamics, quantum entanglement state and information, ultrafast photonic threshholdless laser switchers, cascaded multistaged multimode sissors, micropumps, microgears, optical delay lines, and dynamical near-field optical imaging algorithem physics.
biophysical biochemical hemoglobin myglobin reacting with PTIO, Histidine, nitrite oxide, nitrate, PCA, catalase, glucase, PCAD etc.
magnetic inelastic thermal spallation neutron diffraction technology to scrutinize the magnetic moments of colossal magnetocarolic Tb(Dy, Er, Ho, Sm)SiGe, and magnetostrictive compounds. TEM, SEM, PPMS, AFM, X-ray, ARPES. optical photonic crystals waveguide microcavity.
Strongly-rolling multiwall carbon nanowires, nanotubes Au, Ag, CdS, ZnS, AuHCl4, AgSe, Raman spectra, TEM, SEM.
low-T transport properties of quasicrystals and supercoductors, GMR multilayers spin valve sensors.
Quantum magnetic GMR multilayers deposited by magneic sputtering technique, spin valve sensors, read head, magnetic storage.