Quantum Inertial Sensor Development

Development of atomic sensors for navigation in dynamic environments. Sensor fusion concepts, simulations and tracking of real trajectories.

Development of novel quantum sensors, algorithms and hybrid sensing schemes for research and application
Maturation of quantum sensors for application and a narrowing of the gap towards end user products
Collaboration on the generation and usage of Bose-Einstein condensate under microgravity conditions

Developing compact atomic accelerometers and gyroscopes for terrestrial and space applications (Abend, Schlippert, Rasel IQ / Schubert, DLR)
Advancing novel multi-axis concepts of atom interferometry and atomic manipulation (Abend, IQ / Schubert, DLR)
Investigating sensor fusion concepts between classical and quantum sensors (Abend, Schlippert, IQ)
Realizing simulations enabling tracking of platform trajectories with quantum sensors (Abend, IQ / Schön, IFE)
Atom chips for ultracold atomic devices (Abend, Heine, IQ / Wurz, IMPT / Schubert, Herr, DLR)

Cooperations

Publications
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Members	Institution	Relevant Expertise
Sven Abend, Leader	LUH	Quantum Gravimeters; Vibration noise analysis/cancellation; Compact quantum sensors and AI geometries; Robust laser systems and control systems
Jonas Böhm, Leader	LUH
Alexander Kassner	LUH	Atom-Chip Based Gravimeters and Inertial Sensors
Christian Schubert	DLR-SI	Atom-Chip Based Gravimeters and Inertial Sensors
Ernst M. Rasel	LUH	Quantum Gravimeters; Atom-Chip Based Gravimeters and Inertial Sensors
Marc Christopher Wurz	LUH	Development of compact vacuum pumps, pressure measurement devices and miniaturized Rb sources; Atom-Chip Based Gravimeters and Inertial Sensors
Steffen Schön	LUH	GNSS based frequency transfer towards relativistic geodesy; Satellite trajectory determination and simulations
Claus Lämmerzahl	ZARM	Quantum Sensors in Free Fall; Relativistic Geodesy; Quantum Objects in Gravity
Dennis Schlippert	LUH	Vibration noise analysis/cancellation; Opto-mechanical sensor design readout
Waldemar Herr	DLR-SI	Atom-Chip Based Gravimeters and Inertial Sensors
Ashwin Rajagopalan	LUH	Vibration noise analysis/cancellation; Opto-mechanical sensor design readout
Mouine Abidi	LUH
Philipp Barbey	LUH
Knut Stolzenberg	LUH
Alexander Herbst	LUH
Benjamin Tennstedt	LUH
Nicolai Weddig	LUH
Dennis Philipp	ZARM
Christian Pfeifer	ZARM
Sven Herrmann	ZARM
Christoph Künzler	LUH
Kai Bruns	LUH
Ann Sabu	LUH
Xingrun Chen	LUH

FOUNDATIONS OF METROLOGY

APPLICATIONS IN METROLOGY

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