Waldemar Herr, Leader | DLR-SI / LUH | Atom-Chip Based Gravimeters and Inertial Sensors |
Ernst M. Rasel | LUH | Quantum Gravimeters; Atom-Chip Based Gravimeters and Inertial Sensors |
Jürgen Müller | LUH | Relativistic Geodesy; LLR Relativity Test; Application of Quantum Gravimetry |
Ludger Timmen | LUH | Geodesy with Gravimeters |
Christian Lisdat | PTB | Sr Optical Lattice Clock |
Piet O. Schmidt | PTB / LUH | Quantum Logic Spectroscopy of Highly Charged Ions; Transportable Al+ Clock |
Heiner Denker | LUH | Gravity field modelling, geoid, height systems, chronometric levelling |
Matthias Weigelt | LUH | Satellite Gravimetry, Loading, deformation, gravity field, local modeling |
Christian Schubert | DLR-SI / LUH | Atom-Chip Based Gravimeters and Inertial Sensors |
Nina Heine | LUH | Quantum Gravimetry |
Sven Abend | LUH | Atom-chip based interferometry and inertial sensors for navigation |
Hendrik Heine | LUH | Atom Chip and Grating MOTs |
Claus Lämmerzahl | ZARM | General Relativity |
Dennis Philipp | ZARM | Relativistic Geodesy, formalism, framework, theory |
Ingo Noßke | PTB | Sr Optical Lattice Clock |
Manuel Schilling | DLR-SI | Absolute and relative gravimetry, gravity field modelling |
Tim Lücke | PTB | Sr Optical Lattice Clock |
Stephan Hannig | PTB | Transportable Al+clock, 3d-printed miniaturized vacuum chambers, optical breadboarding |
Julian Lemburg | LUH | Atom Chip and Grating MOTs |
Pablo Nunez von Voigt | LUH | Quantum Gravimetry |
Dennis Schlippert | LUH | Quantum Navigation, Very-long baseline atom interferometry |