Retiree

Retiree

盧志權

Lo, Chi-Kuen

Associate Professor
Education: Ph.D.， University of Cambridge,UK
Research Fields: Spintronics、Magnetism of Surfaces、Ultra - High Vacuum technology
Research expertise: Spintronics、Magnetism of Surfaces、Ultra - High Vacuum technology
Tel: (02)7749-6089
Email: cklo@ntnu.edu.tw

陸健榮

Lu, Chien-Rong

Professor
Education: Ph. D., University of Maryland, USA
Research Fields: Optical properties of semiconductor
Research expertise: Optical properties of semiconductor bulk, multilayers, heterostructures, and nanostructures
Tel: (02)7749-6090
Email: lupond@phy.ntnu.edu.tw

馮明光

Fung, Ming-Kong

Professor
Education: Ph. D., State University of New York at Stony Brook, USA
Research Fields: Low dimension statistics and field theory model. integrable system and quantum symmetry
Research expertise: Low dimension statistics and field theory model. integrable system and quantum symmetry
Email: mkfung@phy.ntnu.edu.tww

姚珩

Yao, Herng

Professor
Education: Ph. D., University of California at Irvine, USA
Research Fields: particle physics、history and philosophy of science
Research expertise: particle physics、history and philosophy of science
Email: yao@phy.ntnu.edu.tw
WebSite: http://phy.ntnu.edu.tw/~yao/

楊遵榮

Yang, Tzueng-Rong

Professor
Education: Ph. D., Emory University, USA
Research Fields: far infrared spectrum of the semiconductor
Research expertise: far infrared spectrum of the semiconductor
Email: yang1@ntnu.edu.tw

施華強

Sze, Wah-Keung

Associate Professor
Education: Ph. D., Johns Hopkins University, USA
Research Fields: particle physics phenomenology
Research expertise: particle physics phenomenology
Email: wks@phy.ntnu.edu.tw

Lin, Yuh-Ying

Professor
Education: Ph. D., University of Maryland, USA
Research Fields: Haemodynamics
Research expertise: Haemodynamics
Email: yuhying@phy.ntnu.edu.tw

Chen, Ruey-Hong

Professor
Education: Ph. D., University of Pittsburgh, USA
Research Fields: fast ionic conductor, strucutral phase transition, ferroelasticity,
Research expertise: crystallography, structural phase transition, ferroelasticity, ionic conductor