Laser plasma interaction, x-ray lasers, micro and nano-lithography, optical communications security, heterodyne detection with lasers, laser designing, laser applications, forensic science, nano materials characterizations and applications in nanomedicine |
Prof. Dr. Yas received his B.Sc. degree in physics (first class with honors) from Al-Mustansiriya University in 1982, the Postgraduate diploma; M.Sc. and Ph.D. in laser-Physics from Essex University,UK, in 1985,1986 and 1995, respectively.In 1995, he joined the Max-Born Institute for nonlinear-optics and short-pulse spectroscopy,Berlin, aspostdoc fellow. He joined many Arab and European Universities as professor of physics, chief of researchers and director of National research programs. Yas received seven European awards, regional and National shields, medals, scientific awards and acted as principle investigator in 15 projects. Prof. Al-Hadeethu worked for the HiPER, the European High-Power laser Energy Research facility- at Milano Bicocca University-Italy supervising the high power laser lab at Milano-Bicocca University. Yas published more that 70 paers. He is expert in designing clean rooms for nano science and nanotechnology research. He has long collaboration with Max-Born Institute for Nolinear Optics and Short Pulse Spectroscopy in Forschungsverbund – Berlin, University of California at Riverside, Core labs of King Abdullah University (KAUST). Currently, Yas is a faculty member at the Physics Dept., King Abdul Aziz University and the head of the lithography research group. |
Laser plasmas and laser applications |
My experience falls into the following fields:
1- Micro and nanolithography,
2- Laser produced plasmas x-ray sources, and laser design.
3- Free space and underwater optical communications.
4- High and medium power Lasers and their applications.
5- Ionizing radiation interaction with living tissue and ionizing radiation shielding.
6- Medical, Dental, biological, and heterodyne detection applications of lasers.
7- The use of spectroscopic approaches in Forensic investigation (e.g. latent Fingerprint detections, forgeries and currency counterfeiting investigation using lasers and x-ray florescence and in medical diagnosis.
8- Design and construction of civilian laser RADARS for moving objects identification and for pollution measurements using Doppler techniques.
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