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David C. Brown Top-Executive

Advanced Photonic Sciences (APS) is a technology-driven photonics company that was organized in 2003 as Snake Creek Lasers, LLC. Today the company legally does business as Advanced Photonic Sciences, having recently converted to a C-Corporation. Our company develops and manufactures not just individual laser devices, but also modules and systems and custom devices that incorporate optical, electro-optic, spectroscopic, and nonlinear optical components, and advanced electronics technologies.

APS is located in beautiful northeast Pennsylvania, in a modern facility that contains offices, research and development laboratories, and manufacturing.

The company was founded by Dr. David C. Brown, a renowned laser physicist with over 45 years of experience in optics and lasers who has made seminal contributions to those fields. Prior to founding APS, Dr. Brown worked at senior research positions in projects at General Electric in Syracuse, Schenectady, and Binghamton, all in NY, at The Laboratory for Laser Energetics at The University of Rochester in Rochester, NY, and at Northrop-Grumman in Redondo Beach, CA. He is a scientific reviewer for sixteen highly regarded laser and optics journals, including most Optica and IEEE journals, and is an author of or contributor to sixteen U.S. patents or patents pending.

In 2019 Dr. Brown was elected a Fellow of Optica, “for industrial leadership and pioneering research in rare-earth activated lasers, rare-earth doped cryogenic laser technology, and the understanding of thermal effects in fiber lasers and cryogenic lasers”.

Our company has a long history of scientific collaborations, with organizations such as Clemson University, the U.S. Army Research Laboratory, Naval Research Laboratory, Binghamton University, Montana State University, and others. Most collaborations involve optical spectroscopy of rare-earth and transition metal doped laser crystals and glasses, while others are focused on 3-D printing and advanced electronics and printed circuit boards.


Connections

Headquarters: Friendsville, Pennsylvania, United States
Headline: Advanced Photonic Sciences, Fellow of The Optical Society of America
Followers: 821
Connections: 776
Company: Photonic
Languages: Read French, Spanish, Italian
Skills: Product Management, Optics, R&D, Electronics, Engineering, Solid State Lasers, Semiconductors, Laser, Laser Physics, Physics, Spectroscopy, Product Development, Materials Science, Simulations, Photonics, Sensors, Research and Development (R&D)
Experience: Title: President and CTO Company: Advanced Photonic Sciences Location: Friendsville, PA Start: Nov 2003 End: Present Title: President and CTO Company: Advanced Photonic Sciences Location: Friendsville, PA, USA Start: Apr 2003 End: Present Title: Founder and CTO Company: Advanced Photonic Sciences Location: Friendsville, PA Start: 2003 End: Present Title: Senior Consulting Physicist, Advanced Programs Manager Company: General Electric Co. Aerospace Systems Division Location: Binghamton, NY Start: 1985 End: 1987 Title: Senior Research Physicist Company: General Electric Co, Corporate Research and Development Center Location: Schenectady, NY Start: 1984 End: 1985 Title: Senior Scientist Company: Northrop Grumman Corp. Location: Start: 1982 End: 1984 Title: Senior Scientist Company: Laboratory For Laser Energetics, U. of Rochester Location: Start: 1975 End: 1981
Education: School: Syracuse University Degree: Doctor of Philosophy (Ph.D.) Field: Physics Period: 1965 - 1972 School: Adelphi University Degree: Bachelor of Arts (B.A.) Field: Physics Period:
Publications: Absorption and Emission Cross-Sections, Stark Energy Levels, and Temperature Dependent Gain of Yb:QX Phosphate Glass (Optics Express · Oct 11, 2021) Cryogenic Nanosecond and Picosecond High Average and Peak Power (HAPP) Pump Lasers For Ultrafast Applications (High Power Laser Science and Engineering · Apr 29, 2016) Crystal Growth and Phase Stability of Ln:Lu2O3 (Ln=Ce,Pr,Nd,Sm,Eu,Tb,Dy,Ho,Er,Tm,Yb) in a Higher-Temperature Hydrothermal Regime (Journal of Crystal Growth · Jan 1, 2016) Review: The Application of Cryogenic Laser Physics to the Development of High Average Power Ultra-Short Pulse Lasers (Applied Sciences: Special Issue on Diode-Pumped Ultra-Short Pulse Lasers · Jan 1, 2016) Yb:Lu2O3 Hydrothermally-Grown Single-Crystal and Ceramic Absorption Spectra Obtained Between 298 and 80 K (Journal of Luminescence · Jan 1, 2016) Rigrod Laser-Pumped-Laser Resonator Model: I. Theoretical Considerations (Laser Physics/IOP Publishing · Aug 1, 2014) Rigrod Laser-Pumped-Laser Resonator Model: II. Application to Thin and Optically-Dilute Laser Media (Laser Physics/IOP Publishing · Aug 1, 2014) Spectral Properties of Hydrothermally-Grown Nd:LuAG, Yb:LuAG, and Yb:Lu2O3 Laser Materials (Journal of Luminescence · Nov 1, 2013) Thermodynamic Analysis of End-Pumped Fiber Lasers Subject to Surface Cooling (IEEE Journal of Quantum Electronics · Jan 1, 2013) Comprehensive Four-Level Laser Model With Power Conservation Part I: Laser Kinetics and Application to Nd:YVO4 (IEEE Journal of Quantum Electronics · Dec 1, 2012) Comprehensive Four-Level Laser Model With Power Conservation Part II: Laser Amplifiers, Resonators, and System Considerations (IEEE Journal of Quantum Electronics · Dec 1, 2012) Ho:YAG Absorption Cross Sections From 1700 to 2200 nm at 83, 175, and 295 K (Applied Optics · Dec 1, 2012) 201 W Picosecond Green Laser Using a Mode-Locked Fiber Laser Driven Cryogenic Yb:YAG Amplifier (Optics Letters · Nov 1, 2012) Yb:YAG Kinetics Model Including Saturation and Power Conservation (IEEE Journal of Quantum Electronics · Jan 1, 2011) Saturated Absorption Effects in CW-Pumped Solid-State Lasers (IEEE Journal of QUantum Electronics · Dec 1, 2010) High Sustained Average Power CW and Ultrafast Yb:YAG Near-Diffraction-Limited Cryogenic Solid-State Laser (Optics Express · Nov 1, 2010) Heat-Fraction Limited CW Yb:YAG Cryogenic Solid-State Laser With 100 % Photon Slope Efficiency (Optics Express · Aug 1, 2010) The Promise of Cryogenic Lasers (IEEE Journal of Selected Topics in Quantum Electronics · May 1, 2005) Yb:YAG Absorption at Ambient and Cryogenic Temperatures (IEEE Journal of Selected Topics in Quantum Electronics · May 1, 2005) Thermal, Stress, and Thermo-Optic Effects in High Average Power Double-Clad Silica Fiber Lasers (IEEE Journal of Quantum Electronics · Feb 1, 2001) Nonlinear Thermal Distortion in YAG Rod Amplifiers (IEEE Journal of Quantum Electronics · Dec 1, 1998) Nonlinear Thermal and Stress Effects and Scaling Behavior of YAG Slab Amplifiers (IEEE Journal of Quantum Electronics · Dec 1, 1998) Heat, Fluorescence, and Stimulated-Emission Power Densities and Fractions in Nd:YAG (IEEE Journal of Quantum Electronics · Mar 1, 1998) Ultrahigh-Average-Power Diode-Pumped Nd:YAG and Yb:YAG Lasers (IEEE Journal of Quantum Electronics · May 1, 1997)
Company Website: http://www.photonic-tech.com
Country: United States