TIPD LLC

280-300 nm spectral region is part of ozone absorption spectrum, and lasers operating in this region are used for lidar measurements. The pulsed UV laser system in that region is used by NASA for the ...

A blue laser, with 473nm wavelength favored,  meeting the Navy’s requirement for size, power/energy, efficiency, and robustness is long sought. However, the system that could be successfully deploy ...

280-300 nm spectral region is part of ozone absorption spectrum, and lasers operating in this region might be used for lidar measurements. For example, the pulsed UV laser system is used by NASA for t ...

The Navy requires an innovative material solution for new large aperture, wide spectral band head window for High Energy Lasers (HEL).  The head window must be larger than 12 inch in diameter, provid ...

TIPD LLC proposes to develop a new high performance optical fiber capable of transmitting high power (> 100 W) multi-band mid-infrared lasers at 2-6 micron. This new optical fiber will exhibit several ...

Most infrared lasers emit light that is strongly polarized and require polarization-maintaining fibers to preserve the as-launched polarization state as it propagates through the fiber. While polariza ...

Develop an Optical Emulator of complex Electromagnetic Maneuverability (EM) systems with Nanophotonics structure.

Gaining a deeper experimental and theoretical understanding of maritime turbulence and laser light propagation in the marine boundary is required to optimize the performance of critical communication ...

The Navy is evaluating how it uses the Electro-magnetic (EM) Spectrum with an objective of gaining military advantages and achieving freedom of action across all Navy missions in support of near-water ...

The assets of the US Navy are under constant threat of attack from small fast moving boats, such as the Fast Attack Craft (FAC) and the Fast Inshore Attack Craft (FIAC). These craft may be operated by ...