OUR GOAL IS TO HARNESS THE POWER OF QUANTUM SENSING FOR NEXT-GENERATION EARTH OBSERVATION FROM SPACE.
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Pathways Institute
Research Areas
Our research spans atomic physics, aerospace systems engineering, and photonics, integrating quantum interferometry, chipscale photonics, machine learning, and novel mission design concepts to deliver TRL-3 high-performance quantum sensors for spaceflight.
Quantum Remote Sensing for Earth Observation
At Quantum Pathways Institute (QPI), our research in quantum remote sensing merges advanced physics with space technology to redefine how Earth’s mass and gravity changes are measured. In response to NASA’s call for the exploitation of breakthroughs in cutting-edge technologies with the potential of revolutionizing future aerospace capabilities, we are advancing quantum sensing as the foundation for a new era of precision and insight in satellite gravimetry.
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QPI Research Objectives (ROs)
The Institute's research is organized into three interconnected groups, each critical to the advancement of quantum sensing for space. These areas - Atomic Physics, Aerospace Systems Engineering, and Photonics are deeply interdependent, predicated on synergetic advances in both applied physics and engineering.
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From Laboratory Innovation to Spaceflight Readiness
Our Lab to Flight research focuses on advancing quantum technologies from experimental concepts to space-ready systems. We aim to develop a high-precision instrument designed for greater sensitivity and efficiency while minimizing size, weight, and power to meet the demands of future space missions.
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ASE/EM and Center for Space Research
ECE and Microelectronics Research Center
ECE and Microelectronics Research Center
ECE and Microelectronics Research Center
ECE and Microelectronics Research Center
ECE and Microelectronics Research Center
Quantum Optimal Control (RO.1 & RO.2)
Photonics Devices & Functions (RO.1 & RO.3) ECE and OCAQπ
ECE and Microelectronics Research Center
ASE/EM and Center for Space Research
ASE/EM and Center for Space Research
ECE and Microelectronics Research Center
About Quantum Pathways Institute
The Quantum Pathways Institute is a Space Technology Research Institute sponsored by NASA Space Technology Mission Directorate and led by the University of Texas at Austin. We advance next-generation Earth Observation science by harnessing quantum technologies to measure mass changes from space with unprecedented precision and resolution.
This material is based upon work supported by NASA under grant number 80NSSC23K1343. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Aeronautics and Space Administration (NASA)