Gu Qiao

Gu Qiao

Gu Qiao, born in Xi'an on January 25, 1947, published 114 papers and 5 monographs, completed more than 30 scientific research projects and two patents.

Resume

He was born in Xi'an University from July, 1991 to July, 2010, and was promoted to associate professor in Institute of biology, Xi'an University, InternationalInstituteofQuantumBiology,Germany

research findings

Published 114 papers and 5 monographs, completed more than 30 scientific research projects and two patents. Main areas and achievements:

(1) Laser physics and quantum optics

The full quantum or semi classical theory of laser, two-photon laser, non inversion laser, single atom maser, superfluorescence, SUPERRADIATION and Jaynes Cummings model are studied. Some important effects are predicted

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Such as quantum beat, quantum chaos, nonequilibrium phase transition, squeezed state, photon antibunching, sub Poisson photon statistics and so on.

(2) Biophotonics and "Gu parameter"

We have completed a lot of experimental research on biophoton radiation. Based on the experimental results of molecular biology and modern physical methods, the quantum theory of biophoton radiation is established. A set of parameters describing the dynamics and steady-state behavior of biophotons is proposed. They have been found to be in good agreement with the experimental results of many biological samples and have been recognized and valued internationally. They are called "Gu parameters". Based on the theoretical guidance of this set of parameters, the structure and measurement method of the detection instrument have been improved, which makes biophoton research develop into a high-tech biotechnology with wide application.

(3) Electrochemiluminescence and nonlinear theory

Based on the quantum mechanical mechanism of the interaction between radiation and matter in an open system, a nonlinear theory of electrochemiluminescence (ECL) is proposed for liquid systems, especially for complex liquid systems containing microorganisms. Its results are shown to be in good agreement with many experimental observations. This method can be widely used in the detection of various liquid systems.

Members of academic organizations:

(1) Society:InternationalInstituteofBiophysics (2) American Association for the advancement of science (3) the New York Academy of Sciences (4) the society of Chinese Physics in Germany (5) Chinese Physical Society (6) Chinese Optical Society (7) Chinese Medical Biotechnology Association

Social part time job:

(1) visiting professor of Kaiserslautern University in Germany; (2) senior consultant of Nestle Company in Switzerland; (3) part time researcher of erfahrungs heilkund International Research Institute in Germany; (4) visiting, part-time, special and full-time professors of more than ten universities and research institutes in China