Hololase Photonics LLC

Light, Engineered Without Limits

Thoughtfully designed solutions for connoisseurs who demand innovative approaches.

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Expertise

Research and Development

Research and development in diffractive optics and photonics systems focuses on engineering micro- and nano-scale structures to manipulate light with unprecedented precision, integrating advanced design algorithms and novel materials to create compact, efficient optical elements and subsystems. Efforts span computationally optimized diffractive elements, wavelength- and polarization-tailored components, and hybrid photonic architectures that combine passive diffractive elements with active light sources and sensors, aiming to improve beam shaping, spectral control, and system-level performance for applications from industrial metrology to biomedical imaging and lidar.

Programs and Engagements

Hololase Photonics actively pursues SBIR funding to accelerate the transition of advanced holographic photonic technologies from laboratory research to real-world applications. Through Phase I and Phase II programs, we engage with government agencies to develop innovative solutions in areas such as high-power laser diodes, spectroscopy, hyperspectral sensing, and others — translating fundamental expertise in diffractive optics into fieldable, high-impact photonic systems.

Refinement in Every System we Design

Every fringe recorded, every spectrum resolved, every milestone delivered reflects our commitment to doing the work right.

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