Diode Laser Pumped Infrared Oscillator

Deacon Research has developed the theory behind a new concept for a tunable infrared laser source. Our approach will deliver tunable coherent radiation across the 1 to 10 micron range with high efficiency. Since it is based on solid state pumping, the device will be very compact and rugged, enabling a range of new applications. All of the compoenent technologies have been demonstrated separatly either in our own laboratories or elsewhere, so the probability of success is high. In Phase I, we will deisgn and acquire the custom mechanical and optical elements required, build a breadboard, and measure the optical losses which determine how closely this test apparatus approaches the theroretical threshold condition. This data will allow us to optimize the system design for the available technology, and to project thr performance of an optimized system. In Phase II we will construct a prototype and measure its performance.