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 the use of quantum techniques in the macroscopic domain (documented since 1989) we have developed a number of utilitarian mathematical techniques for laser resonator and optical design. Our expertise is documented, via archival publications and patents, in the following areas:

• Diffractive Optics
• Interferometry
• Interferometric Imaging
• Interferometric Microscopy
• Laser Beam Propagation
• Laser Cavities
• Laser Printers
• Laser Oscillators
• Laser Resonators
• Liquid and Solid-State Dye Lasers
• Medical lasers
• Microcavities and Nanocavities
• Multiple-Prism Optics
• Multiple-Prism Dispersion Theory
• OLED Coherent Illumination
• Optical Measurements
• Optical Metrology
• Organic Lasers
• Polymer-Nanoparticle Gain Media
• Polymer Lasers
• Prism Pulse Compression
• Spatial Beam Compression (Non Focusing)
• Spatial Beam Expansion (Non Focusing)
• Thin Light Sheet Illumination or Selective Plane Illumination
• Tunable Lasers
• Tunable Laser Applications
• Tunable Laser Medicine