Michèle Heurs, Leader | AEI / LUH | Backaction-Evading Techniques; Quantum Optomechanics |
Nenad Kralj | AEI | Backaction-Evading Techniques |
Roman Kossak | AEI / LUH | Optomechanically coupled resonators and interferometers in cryogenic environments |
Karsten Danzmann | AEI / LUH | Gravitational wave detection |
Benno Willke | AEI | Squeezed Light Sources; Advanced Light Sources |
Marina Trad Nery | AEI / LUH | Backaction-Evading Techniques |
Klemens Hammerer | LUH | Backaction-Evading Techniques; Quantum Optomechanics |
Mariia Matiushechkina | AEI | Backaction-evading techniques; Scattering processes in metamaterial structure; Optical simulations |
Bernd Schulte | AEI | optomechanical experiments at cryogenic temperatures |
Jonas Junker | AEI | squeezed light sources; backaction-evading techniques |
Dennis Wilken | AEI | squeezed light sources; backaction-evading techniques; photodetection |
Harald Lück | AEI / LUH | Sub-SQL interferometry; Next Generation Gravitational Wave Observatories |
David Wu | AEI | Sub-SQL interferometry |
Janis Wöhler | AEI | thermal noise interferometer |
Matteo Carlassara | AEI | Commissioning of the SQL Interferometer |
Jian Liu | AEI | Sub-Standard Quantum Limit Interferometry |
Johannes Lehmann | AEI | mirror supensions |
Christian Vogt | ZARM | Quantum optomechanics |
Juliane von Wrangel | AEI | fibre welding, bonding |
Nived Johny | AEI | Optomechanical experiments at cryogenic temprature |
Sara Al Kershi | AEI | |
Luise Kranzhoff | Maastricht University | |
Pratik Chakraborty | AEI | |
Graziano Pascale | AEI | |
Firoz Khan | AEI | |