Interferometric Optics


At Interferometric Optics our expertise originates in a deep understanding of classical, semi-classical, and quantum optics, focused into real and practical applications. Besides pioneering generalized dispersion equations, matrix propagation methods, and the application of quantum techniques in the macroscopic domain, we have developed a number of numerical techniques based on first principles. Our expertise covers the following areas:

  • Diffractive Optics.
  • Dispersive Optics.
  • Interferometric Communications.
  • Interferometric Imaging.
  • Laser Beam Propagation.
  • Laser Microscopy.
  • Laser Pulse Compression.
  • Laser Cavity Design: from miniature tunable diode lasers to large high-power, and high-energy, lasers.
  • Multiple-Prism Beam Expanders and Multiple-Prism Arrays: intracavity and extra cavity.
  • Optical Design: from components to optical architectures.
  • Optical Metrology.
  • Oscillator Physics.
  • Quantum Entanglement.

Our solutions are provided either in analytical form or in graphical form as generated by our own computer programs based on first principle physics. Our designs are detailed and accurate. We can solve your problems and show you further alternatives to gain that much needed competitive advantage: contact us.

Interferometric Optics

Published on the 6th of May, 2015; updated on the 30th of October, 2018.