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Available courses

Laser Physics

Laser Physics for II Sem Complementary Physics, Course includes 

  • Laser principle
    The theory behind laser generation is described by the acronym LASER, which stands for Light Amplification by Stimulated Emission of Radiation. 
     
  • Laser properties
    Lasers produce a beam of light with a well-defined wavelength, and are narrow and convergent. The properties of lasers make them useful in clinical settings, but they also have potential hazards. 
     
  • Population inversion
    A concept in laser physics related to statistical mechanics. In a system of atoms, there are usually more atoms in low energy states than in higher ones. 
     
  • Stimulated emission
    A process that produces a laser beam. An electron is stimulated from a higher energy level, and then emits photons as it moves to a lower energy level. 
     
  • Laser beam characteristics
    Laser beams are monochromatic, coherent, and collimated. Monochromatic means the beam is a single color or wavelength. Coherent means the different parts of the beam oscillate in sync. Collimated means the beam is typically collimated, or can be collimated with a lens.