CHINA - FUNUC

INSTITUTE OF MODERN PHYSICS
FUDAN UNIVERSITY

200433 Shanghai

Telephone: +86 21 6564 7192
Telefax: +86 21 6564 2787
E-mail: jytang@fudan.ac.cn

Director: Tang, Jiayong

Number of Research Scientists (Ph.D & equivalent):	95
Number of technical staff and supporting staff:	15
Budget (in US$) from Govt., Private, Foreign Support:	6,450,000 US$

• List of scientific fields of interest: Accelerator-based atomic physics, Biophysical beam physics, Laser-matter interactions, Liquid physics, Nano technology, Photonics physics and devices, Surface physics, Ultrafast phenomena.
• List of main lines of research and training activities:
  • Applied Ion Beam Physics Laboratory. Accelerator based atomic physics, Ion beam analysis and materials modification, Laser-matter interactions, Low temperature plasma physics and its applications
  • Laser Physics and Optics Laboratory. Surfaces and interfaces, Optical nonlinearity, Molecular and clusters, Ultrashort pulses, Liquid crystal, Wave guide, Ultrafast process, Magneto-optical physics.
  • Low Temperature and Superconductivity Laboratory. SQUID, Physics of liquid and fluid.
  • Semiconductor Physics Laboratory. Semiconductor physics, Magneto-optical physics.
  • Surface Physics Laboratory. Surfaces and interfaces, Silicon band gap engineering, STM.
  • Theoretical Physics Group. Condensed matter theory, Computational condensed matter physics, Medium energy and high energy nuclear physics, Elementary particle physics, General relativity, astrophysics and cosmology, Quantum statistics and method of theoretical physics.
  • Vacuum Physics Laboratory. Nano electronics, Thin films for information technology, Molecular materials.
• Major scientific results or products: Storage media for blue-light DVD, All-organic bistable materials, Logic gate materials for molecular computer, Raman scattering of C₆₀, Optical properties of LB films, Nonlinear optical response from magnetic ultrathin films, Device of wave guide, Liquid crystal device, Optoelectric properties of nitride thin films, Blue light emitted from porous silicon, Surface structure and electronic properties of polar semiconductors, Surface absorption of halogen family and alkali metals on semiconductors, Theory of conducting polymers, Theory of fractals and composite media, Theory of elementary particles, High Tc superconductor SQUID.
• Existing training and research facilities for students.
• List of main research facilities available: NEC 9SDH-2 tandem accelerator, Danfysik 1080-30 isotope separator, Scanning probe microscope, Optical tweezers, Diffusive wave spectroscopy, MBE, Ultra-high vacuum electron beam evaporator, Quasi-molecular laser, Dye-laser and other type lasers, Spectroscope ellipsometer, Ti-sapphire femto-second laser, UHV RHEED, UHV LEED/Auger, Scanning interference microscope, Fourier transformation spectroscope in infrared range, Ion-scattering spectroscopy, VG ADES-400, VG ESCA-LAB-5, Raman scattering spectroscopy, Scanning Auger microprobe, Resonance photoelectron appearance potential spectroscopy, Ultrasonic molecular beam set, DLTS.
• List of major additional facilities needed to advance research and training.
• Brief description of plans for future development. Surface physics laboratory has become a national key laboratory and the combination of Accelerator laboratory and Laser physics laboratory constitutes another national key laboratory for materials modification by ionic, molecular and laser beams. Applied ion beam physics laboratory is also a key laboratory of the Ministry of Education.