Advances in Laser Technology

There can be no question that in the 50 years since its invention, the laser has driven scientific and technological innovation into virtually every facet of modern life. From surgery to communications, from medical diagnostics to printing, from metal-cutting to retail management, the laser has proven an essential and transformational tool. Scientists and engineers continue to find new uses for the laser every day. Some wide-reaching areas on the horizon for laser technology include improved cancer diagnoses, faster Internet speeds, and clean sources of energy, black hole exploration and much more.

Lasers optics events are well established in many manufacturing technologies, for precision delivery of intense power for scribing, cutting welding, and for precise 2D and 3D metrology. The many thousands of less powerful - but precise - lasers cutting fabrics, making patterns in glass blocks, customizing trophies and so on, really show how the laser has moved from technical marvel to common tool. Lasers in hospitals, dermatological suites, dental surgeries and eye clinics benefit many, day in, day out. Estimates suggest that the world market for lasers in 2007 alone was worth more than £4Bn!. The total number of laser patents issued since its invention is well over 50,000. There are more than 75 institutes across the world doing research in the advances of Laser Technology.

There can be no question that in the 50 years since its invention, the laser has driven scientific and technological innovation into virtually every facet of modern life. From surgery to communications, from medical diagnostics to printing, from metal-cutting to retail management, the laser has proven an essential and transformational tool. For lasers, the trends are fast and powerful – literally. The outcome of these advances could be more efficient, less wasteful manufacturing as well as systems that consume less energy.

  • Types of Lasers and its Applications
  • Laser system technology
  • Laser Communications
  • Laser diodes and modules
  • Laser Doping
  • Applications of Laser Doping
  • Laser Fabrication of Sensors and Detectors
  • Laser ablation
  • Advanced laser engravers
  • Advances in Laser Material Processing
  • Advances in Laser Technology for photocoagulation
  • Spectroscopy
  • Lasers in Atomic/Molecular Cooling
  • Lasers and Non-Ionizing Radiation
  • Atomic and molecular dynamics in intense laser fields
  • Laser Based Production process
  • Ultrafast MIR Laser systems
  • Laser produced plasma
  • Laser Microfusion
  • Laser induced breakdown spectroscopy
  • Laser developement for spectroscopic applications
  • Laser Engineering
  • Laser-Surface-Plasma Interactions
  • Laser cooling and trapping of atoms
  • Laser Beam Characterization
  • Laser-based manipulation of cells
  • Laser induced plasma spectroscopy
  • Pulsed laser deposition
  • Laser Crystals (LC)
  • Characterization of Laser-Produced Plasma (LPP)
  • Interaction of laser with plasma field
  • Laser-Plasma Spectroscopy
  • Laser matter interactions

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