MagiQ proposes to develop a compact tunable high-efficiency low-power-consumption entangled photon source. The source, based on inter-Fabry-Perot-cavity Spontaneous Parametric Down Conversion (SPDC) of pump light in periodically polled non-linear waveguides (PPLN or PPKTP) is expected to provide… More

In order to actively reduce the ambient noise and retain vocal recording clarity of medical personnel in a military operations environment, MagiQ Technologies proposes a breakthrough multi-stage noise cancellation scheme for the SB082-105 Portable Medical Recorder. The scheme combines a Quadrupole… More

Scaling up quantum computers is proving difficult due to the need for a scalable precision pulse generating platform. This proposal shows a scalable system architecture that packs 96 high resolution channels of multiple electronic outputs, 1 high speed analog, 1 high speed shaped radio frequency… More

MagiQ Technologies is proposing a breakthrough approach to co-site antenna interference cancellation using optical signal processing. The method is based on a series of four patents that were developed when working on co-site interference issues on military aircraft. The VHF/UHF band is ideally… More

MagiQ Technologies, Inc. and The University of Connecticut have teamed to develop a Low-noise Optical Wideband Analog-to-Digital converter (LOWAD). LOWAD uses a noise reduction processor feed by optically oversampled high-resolution quantization data to effectively lower the noise floor of the RF… More

Quantum computing experiments use pulse programmers to generate programmable sequences of radio frequency pulses to perform quantum logic operations and error corrections. Currently pulse programmers are often designed in-house by individual quantum computing research groups. Consequently, they have… More

MagiQ Technologies is proposing to develop and demonstrate a photonic method to permit the simultaneous transmission and reception (STAR) of diverse RF signals through a very wideband aperture. The method builds on our previous work where we have demonstrated more 80 dB rejection of coupled high… More

MagiQ Technologies is developing a new approach to fiber optic terminus inspection for the Navy's critical avionics systems. This system includes a high resolution digital probe microscope, automated image processing, and interferometric surface characterization all in a rugged handheld package. The… More

In our Phase I SBIR MagiQ Technologies demonstrated significant performance advancements in co-site interference cancellation using an optical signal processing approach where we showed ~ 65 dB cancellation of four interferers in the JTRS band. The method exploits the broadband linearity of optical… More

Enhanced Geothermal System (EGS) technology has emerged as one of the key technologies for enabling the large-scale use of cost-competitive geothermal energy. In order to accurately map rock fractures before and after stimulation, the EGS needs seismic sensors at downhole depths. Unfortunately,… More

The high performance of present-generation high energy accelerators has required a high degree of coordination among all accelerator systems, including RF acceleration, instrumentation, detectors, and other components. Typically, this level of coordination has been achieved by distributing timing… More

MagiQ Technologies presents its concept called AFTICS - Automated Flight Terminus Inspection and Cleaning System. AFTICS will integrate our automated fiber terminus inspection capability with an imaging system able to rapidly gather and analyze images from multiple termini within any MIL-STD… More

In order to actively reduce the ambient noise and retain vocal recording clarity of medical personnel in a military operations environment, MagiQ proposes a innovative multi-stage noise cancellation scheme and a passive memory transfer concept in Phase II for the SB082-015 Portable Medical Recorder.… More

In our Phase I SBIR MagiQ Technologies demonstrated significant performance advancements in co-site interference cancellation using an optical signal processing approach where we showed ~ 65 dB cancellation of four interferers in the JTRS band. The method exploits the broadband linearity of optical… More

In our Phase I SBIR MagiQ Technologies developed and modeled optical signal processing techniques to enable simultaneous transmit and receive (STAR) from a single wideband aperture. Our method exploits the broadband linearity of optical components. In Phase II of this program we propose to further… More

Enhanced geothermal system has emerged as one of the key technologies for large

Next generation accelerators require highly accurate timing distribution over the distance of tens of kilometers. The timing accuracy of up to tens of femtoseconds over the distance of 50 kilometers may be needed. Traditional timing distribution methods using coaxial cables is impractical in this… More

We propose a method for developing a miniature all-optical Inertial Navigation System. In an optical INS, the rotation sensitivity depends on the area enclosed by a circular optical path, so it is impossible to significantly reduce the size of a standard fiber optic gyroscope or ring laser gyroscope… More

Free Electron Laser (FEL)-based light sources promise to deliver revolutionary breakthroughs in understanding of the behavior of physical, chemical, and biological systems. Precise synchronization of ultrafast FEL-based x-ray sources with external short pulse laser systems will enable monitoring,… More