Solid nano-lasers Structure and functions (based on PhD in nano-microelectronics) PhD in education and research
Researcher and author: Dr. ( Afshin Rashid)
Note: In order for a solid crystal to be used as the active ingredient of a nano-laser, it must have certain properties. The crystal must be transparent so that light can enter to stimulate the environment. Also, this transparency must be such that the nano-laser beam can be removed. The active medium of the laser can be different solids. Examples of solid nano-lasers include ruby, neodymium, yag and fiber nano-lasers .
Solid-state tunable nanosacres have been used in physical and chemical spectroscopy, and their application has revolutionized the spectroscopy of atoms and molecules. Ramaneh spectroscopy and picofometer spectroscopy have made the most of the use of adjustable lasers. Solid-state nano-lasers have led to significant advances in the development of nano-telecommunications. The development of advanced remote detection and measurement devices is due to the use of all-solid-state nanos laser systems.
Metal solid-state nano-lasers have a high potential in terms of the variety of laser materials, the possibility of making different types of nano-laser systems and improving the quality of the output beams. Although in most nano-lasers the wavelength can be changed only in the range of one percent, recently adjustable solid-state nanocarses have also been developed over a much wider range. And chemicals have been used, and their application has revolutionized the spectroscopy of atoms and molecules.
Researcher and author: Dr. ( Afshin Rashid)
PhD in Nano-Microelectronics