Lanlan Gwendoline Lin
Fähigkeiten und Kenntnisse
Werdegang
Berufserfahrung von Lanlan Gwendoline Lin
- Current 22 years and 9 months, since Sep 2003
Post-Doctoral research associate
Wake Forest University
Scrutinizing the labyrinthian unhackneyed biophysical biochemical hemoglobin and myoglobin dynamically reacting with the SGC, hydroxylammine,hydroxyurea, nitric oxide, catalyse, histidine, glucase and glocase oxide etc.
- Current 23 years and 5 months, since 2003
CIO Executive manager
Bank of American
senior eligible tenure treck professor expertise at the labyrinthian pinnacle magnetic condensed matter physics, surface and interface superfluidity superconductors quasicrystals, optical unthreshold non-linear lasers and wavelength selective quantum multistaged cascaded LED PDF etc.
- Current 24 years and 9 months, since Sep 2001
Senior Post-Doctoral Research Associate
Iowa State University and Ames laboratory of US-DOE
Pinnacle magnetic inelastic submilli-second high-resolution thermal and cold neutron diffraction indagation for the tanglesome magnetic configuration of the colossal magnetostrictive, magnetocaloric GMR compounds etc.
- Current 25 years and 9 months, since Sep 2000
Senior Post-doctoral research Associate
University of Washington
labyrinthian microstructural nanocages nanowire nanobox nanotubes and colloid Si photonic crystals slab indagated and exhumed by the raman spectrometer, high-resolution TEM, SEM, CVD techniques etc.
Ausbildung von Lanlan Gwendoline Lin
- 3 years and 11 months, Sep 1996 - Jul 2000
Magnetic surface interface superfluidity superconductors and quasicrystals PBG
Institute of Physics, Chinese Academy of Science
labyrinthian Magnetic surface interface GMR and Spin-valve multilayers, ultra-Low Temperatures superfluidity superconductors and quasicrystals, quantum PBG photonic crystals heterostructures surface mophology etc.
- 3 years and 10 months, Sep 1991 - Jun 1995
Quantum magnetic physics
University of Science and Technology of China, Hefei, Anhui 230016
labyrinthian GMR multilagers and spin-valve metallic sensors superlattice heterostructures conjunctions indagation manipulated by the magnetic sputtering method and MBE technology.
Sprachen
Chinese
C2 (Verhandlungssicher / Muttersprachlich)
English
C2 (Verhandlungssicher / Muttersprachlich)
German
C2 (Verhandlungssicher / Muttersprachlich)
Russian
C1 (Fließend)
Japanese
C1 (Fließend)
French
C1 (Fließend)
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