BRIMROSE TECHNOLOGY CORP

SBIR PHASE II: LOW-COST IMAGING IN THE MM WAVE REGION USING PLASMA WAVES IN HIGH MOBILITY TRANSISTOR

BRIMROSE SMALL BUSINESS INNOVATIVE RESEARCH PHASE 1

SMALL BUSINESS INNOVATIVE RESEARCH (SBIR) PHASE I "PORTABLE DIAMOND NV-BASED QUANTUM MAGNETOMETER FOR ENHANCED DETECTION, OR PERSON-BORNE IEDS" DEVELOP A PORTABLE HIGHLY EFFICIENT DIAMOND NV MAGNETOMETER TAILORED TO DETECTING PBIEDS

DHA SBIR PHASE II MEDICAL RESEARCH CONTRACT FROM PROPOSAL NO. H2-0780 FOR DEVELOPMENT OF HANDHELD, OPTICAL SPECKLE-TOLERANT NON-CONTACT LASER NEAR-INFRARED PHOTOACOUSTIC IMAGER WITH PHOTONICS INTEGRATED CIRCUIT

NASA AMES RESEARCH CENTER HAS BEEN COLLABORATING WITH BRIMROSE TO DEVELOP A SMALL, LOW-POWER POINT SPECTROMETER TO BE INCLUDED INTO THE NEAR INFRARED VOLATILES SPECTROMETER (NIRVSS) INSTRUMENT. THROUGH AN STTR CONTRACT, BRIMROSE SUCCESSFULLY DEVELOPED A DUAL-CHANNEL ACOUSTO-OPTIC TUNABLE FILTERS (AOTF) SPECTROMETER THAT OPERATES ACROSS 1300 AND 4000NM. AN AOTF IS AN ALL SOLID-STATE, TUNABLE FILTER WITH NO MOVING PARTS. THE AOTF IS A HIGH THROUGHPUT AND HIGH-SPEED, PROGRAMMABLE DEVICE CAPABLE OF ACCESSING WAVELENGTHS AT RATES OF 100 KHZ. INITIAL WORK HAS BEEN CONDUCTED VIA A SBIR PHASE III TO DEMONSTRATE THE AOTF SPECTROMETER WOULD HAVE SUFFICIENT PERFORMANCE TO MEET INSTRUMENT MEASUREMENT REQUIREMENTS. FOLLOWING THIS DEMONSTRATION, PRELIMINARY DESIGN WORK WAS BEGUN WITH BRIMROSE AS PART OF THE CURRENT PHASE II-X STTR CONTRACT. THIS WORK LEAD TO THE DELIVERY OF A FULLY FUNCTIONAL SPECTROMETER ENGINEERING TEST UNIT (ETU) THAT IS VERY FLIGHT-FORWARD IN DESIGN. THIS ETU HAS BECOME THE BASELINE SPECTROMETER FOR THE NIRVSS INSTRUMENT. ALSO PART OF THIS PHASE III EFFORT WAS THE DEVELOPMENT OF A BIFURCATED MULTI-FIBER OPTICAL FIBER CABLE WHICH INTEGRATES THE SPECTROMETER TO THE NIRVSS OBSERVATION BRACKET ASSEMBLY. BRIMROSE IS RESPONSIBLE FOR BOTH THE SPECTROMETER AND THE BIFURCATED OPTICAL FIBER CABLE. THE NIRVSS INSTRUMENT WAS SELECTED AS A SCIENCE AND TECHNOLOGY DEMONSTRATION PAYLOAD VIA THE NASA PROVIDED LUNAR PAYLOAD (NPLP) DEVELOPMENT PROGRAM TO FLY TO THE MOON USING U.S. COMMERCIAL LANDING DELIVERY SERVICES (CLPS). THE CLPS FLIGHT UNIT FOR THIS PROGRAM IS TO BE DELIVERED IN LATE SPRING, 2020. ACCOMMODATION OF THE NIRVSS INSTRUMENT ONTO CLPS LUNAR LANDED SERVICE PROVIDERS WILL OCCUR ONCE THE LANDER PROVIDERS ARE SELECTED (EXPECTED MAY, 2019). THIS SOW DESCRIBES THE NECESSARY TASKS AND DELIVERABLES IN SUPPORT OF THE CLPS FLIGHT UNIT. AS PART OF THIS ACCOMMODATION THE EXACT DIMENSIONS OF THE BIFURCATED MULTI-FIBER OPTICAL FIBER CABLE WILL BE DEFINED. THEREFORE, A LATER S

LOW COST IMAGING IN THE MM WAVE REGION USING PLASMA WAVES IN HIGH MOBILITY TRANSISTOR

DHA SBIR PHASE II ROBUST, SPECKLE-TOLERANT HANDHELD NON-CONTACT VITAL SIGN MONITOR WITH PHOTONICS INTEGRATED CIRCUITS

FY24 SBIR PHASE I- UV/VISIBLE ALPHA-BARIUM BORATE ACOUSTO-OPTIC MODULATORS FOR ATOMIC INTERFEROMETRY APPLICATIONS

THE PURPOSE OF THIS CONTRACT IS TO COUNTER PERSON-BORNE IMPROVISED EXPLOSIVE DEVICES BASED ON ACOUSTO-OPTIC TUNABLE FILTER AND LIQUID CRYSTAL VARIABLE RETARDER BASED POLARIMETRIC HYPERSPECTRAL IMAGING.

DEVELOPMENT OF TECHNOLOGY FOR MID-WAVE INFRARED (MWIR) TO FAR INFRARED, HIGH-BRIGHTNESS, COMPACT LASERS.

DHA SBIR PHASE I DEVELOPMENT OF HANDHELD, OPTICAL SPECKLE-TOLERANT NON-CONTACT LASER NEAR-INFRARED PHOTOACOUSTIC IMAGER WITH PHOTONICS INTEGRATED CIRCUIT

DHA SBIR PHASE I ROBUST, SPECKLE-TOLERANT, HANDHELD NON-CONTACT VITAL SIGN MONITOR WITH PHOTONICS IC

SBIR PHASE 1 REQUIREMENT TO TO DEVELOP A LOW-COST MILLIMETER WAVE IMAGER BASED ON HIGH-ELECTRON-MOBILITY TRANSISTORS AND SCHOTTKY DIODE RECTIFIERS. AS WELL AS TO DEVELOP AN ADVANCED COMPOSITE DETECTOR THAT CAN BE ASSEMBLED INTO COMPACT ARRAYS.

THE PURPOSE OF THIS CONTRACT IS TO COUNTER PERSON-BORNE IMPROVISED EXPLOSIVE DEVICES BASED ON ACOUSTO-OPTIC TUNABLE FILTER AND LIQUID CRYSTAL VARIABLE RETARDER BASED POLARIMETRIC HYPERSPECTRAL IMAGING.

STTR PHASE I - FAST ELEMENTAL AND MOLECULAR INTERROGATION SENSOR (FEMIS) FOR IN-SITU LUNAR AND MARTIAN RESOURCE UTILIZATION

DEVELOPMENT OF A LIGHTWEIGHT, LOW-POWER, INEXPENSIVE HYPERSPECTRAL SPECTRO-POLARIMETRIC IMAGING SENSOR FOR WIDE AREA STANDOFF DETECTION OF CHEMICAL AGENTS.

IMAGING SPECTROMETER FILTER

EO14042 NASA AMES RESEARCH CENTER HAS BEEN COLLABORATING WITH BRIMROSE TO DEVELOP A SMALL, LOW-POWER POINT SPECTROMETER TO BE INCLUDED INTO THE NEAR INFRARED VOLATILES SPECTROMETER (NIRVSS) INSTRUMENT. THROUGH AN STTR CONTRACT, BRIMROSE SUCCESSFULLY DEVELOPED A DUAL-CHANNEL ACOUSTO-OPTIC TUNABLE FILTERS (AOTF) SPECTROMETER THAT OPERATES ACROSS 1300 AND 4000NM. AN AOTF IS AN ALL SOLID-STATE, TUNABLE FILTER WITH NO MOVING PARTS. THE AOTF IS A HIGH THROUGHPUT AND HIGH-SPEED, PROGRAMMABLE DEVICE CAPABLE OF ACCESSING WAVELENGTHS AT RATES OF 100 KHZ. INITIAL WORK HAS BEEN CONDUCTED VIA A SBIR PHASE III TO DEMONSTRATE THE AOTF SPECTROMETER WOULD HAVE SUFFICIENT PERFORMANCE TO MEET INSTRUMENT MEASUREMENT REQUIREMENTS. FOLLOWING THIS DEMONSTRATION, PRELIMINARY DESIGN WORK WAS BEGUN WITH BRIMROSE AS PART OF THE CURRENT PHASE II-X STTR CONTRACT. THIS WORK LEAD TO THE DELIVERY OF A FULLY FUNCTIONAL SPECTROMETER ENGINEERING TEST UNIT (ETU) THAT IS VERY FLIGHT-FORWARD IN DESIGN. THIS ETU HAS BECOME THE BASELINE SPECTROMETER FOR THE NIRVSS INSTRUMENT. ALSO PART OF THIS PHASE III EFFORT WAS THE DEVELOPMENT OF A BIFURCATED MULTI-FIBER OPTICAL FIBER CABLE WHICH INTEGRATES THE SPECTROMETER TO THE NIRVSS OBSERVATION BRACKET ASSEMBLY. BRIMROSE IS RESPONSIBLE FOR BOTH THE SPECTROMETER AND THE BIFURCATED OPTICAL FIBER CABLE. THE NIRVSS INSTRUMENT WAS SELECTED AS A SCIENCE AND TECHNOLOGY DEMONSTRATION PAYLOAD VIA THE NASA PROVIDED LUNAR PAYLOAD (NPLP) DEVELOPMENT PROGRAM TO FLY TO THE MOON USING U.S. COMMERCIAL LANDING DELIVERY SERVICES (CLPS). THE CLPS FLIGHT UNIT FOR THIS PROGRAM IS TO BE DELIVERED IN LATE SPRING, 2020. ACCOMMODATION OF THE NIRVSS INSTRUMENT ONTO CLPS LUNAR LANDED SERVICE PROVIDERS WILL OCCUR ONCE THE LANDER PROVIDERS ARE SELECTED (EXPECTED MAY, 2019). THIS SOW DESCRIBES THE NECESSARY TASKS AND DELIVERABLES IN SUPPORT OF THE CLPS FLIGHT UNIT. AS PART OF THIS ACCOMMODATION THE EXACT DIMENSIONS OF THE BIFURCATED MULTI-FIBER OPTICAL FIBER CABLE WILL BE DEFINED. THEREFORE, A

SMALL BUSINESS INNOVATION RESEARCH (SBIR) PHASE II ENHANCEMENT ACOUSTO-OPTIC TUNABLE FILTER BASED IMAGING SYSTEM FOR ENHANCED STANDOFF CHEMICAL DETECTION IN THE LONG-WAVE INFRARED REGION.

THE OBJECTIVE OF THIS EFFORT IS TO DEVELOP A COMPACT OPTICAL BEAM DIRECTOR FOR AN UNMANNED AIRCRAFT SYSTEM (UAS) THAT WORKS COOPERATIVELY WITH A LASER TRANSMITTER AND SPECTRAL RECEIVER CO-MOUNTED TO A NBCRV).

DHA SBIR PHASE II PROPOSAL H2-0698

EO14042 NASA AMES RESEARCH CENTER HAS BEEN COLLABORATING WITH BRIMROSE TO DEVELOP A SMALL, LOW-POWER POINT SPECTROMETER TO BE INCLUDED INTO THE NEAR INFRARED VOLATILES SPECTROMETER (NIRVSS) INSTRUMENT. THROUGH AN STTR CONTRACT, BRIMROSE SUCCESSFULLY DEVELOPED A DUAL-CHANNEL ACOUSTO-OPTIC TUNABLE FILTERS (AOTF) SPECTROMETER THAT OPERATES ACROSS 1300 AND 4000NM. AN AOTF IS AN ALL SOLID-STATE, TUNABLE FILTER WITH NO MOVING PARTS. THE AOTF IS A HIGH THROUGHPUT AND HIGH-SPEED, PROGRAMMABLE DEVICE CAPABLE OF ACCESSING WAVELENGTHS AT RATES OF 100 KHZ. INITIAL WORK HAS BEEN CONDUCTED VIA A SBIR PHASE III TO DEMONSTRATE THE AOTF SPECTROMETER WOULD HAVE SUFFICIENT PERFORMANCE TO MEET INSTRUMENT MEASUREMENT REQUIREMENTS. FOLLOWING THIS DEMONSTRATION, PRELIMINARY DESIGN WORK WAS BEGUN WITH BRIMROSE AS PART OF THE CURRENT PHASE II-X STTR CONTRACT. THIS WORK LEAD TO THE DELIVERY OF A FULLY FUNCTIONAL SPECTROMETER ENGINEERING TEST UNIT (ETU) THAT IS VERY FLIGHT-FORWARD IN DESIGN. THIS ETU HAS BECOME THE BASELINE SPECTROMETER FOR THE NIRVSS INSTRUMENT. ALSO PART OF THIS PHASE III EFFORT WAS THE DEVELOPMENT OF A BIFURCATED MULTI-FIBER OPTICAL FIBER CABLE WHICH INTEGRATES THE SPECTROMETER TO THE NIRVSS OBSERVATION BRACKET ASSEMBLY. BRIMROSE IS RESPONSIBLE FOR BOTH THE SPECTROMETER AND THE BIFURCATED OPTICAL FIBER CABLE. THE NIRVSS INSTRUMENT WAS SELECTED AS A SCIENCE AND TECHNOLOGY DEMONSTRATION PAYLOAD VIA THE NASA PROVIDED LUNAR PAYLOAD (NPLP) DEVELOPMENT PROGRAM TO FLY TO THE MOON USING U.S. COMMERCIAL LANDING DELIVERY SERVICES (CLPS). THE CLPS FLIGHT UNIT FOR THIS PROGRAM IS TO BE DELIVERED IN LATE SPRING, 2020. ACCOMMODATION OF THE NIRVSS INSTRUMENT ONTO CLPS LUNAR LANDED SERVICE PROVIDERS WILL OCCUR ONCE THE LANDER PROVIDERS ARE SELECTED (EXPECTED MAY, 2019). THIS SOW DESCRIBES THE NECESSARY TASKS AND DELIVERABLES IN SUPPORT OF THE CLPS FLIGHT UNIT. AS PART OF THIS ACCOMMODATION THE EXACT DIMENSIONS OF THE BIFURCATED MULTI-FIBER OPTICAL FIBER CABLE WILL BE DEFINED. THEREFORE, A