• Home
• Research
  • Previous research
    • Deployment and control of the TALC space telescope
    • High resolution optical inertial sensor
    • Opto-Active isolation SYStem (OASYS)
    • Active isolation of launcher’s vibration environment
    • Active damping of non-linear structures
    • Vibration damping of large structures with active cables
    • Non-magnetic seismic isolation of an extended object
    • Particle collider electromagnet stabilization and nano-positioning
    • Active nano-positioning system for diffraction tomography experiments at the ESRF
    • Active image stabilization system for drones
    • Identification methods for experimental vibration analysis
    • Virtual sensor fusion for high precision control
    • Optimal Architectures for Mechatronic System Design
  • Current research
    • SILENT Project
    • FIeld QUantum gravity Sensors
• Team
• Teaching
• Press
• Publications
• News & Events
• Contact
• Job Offers

• Home
• Research
  • Previous research
    • Deployment and control of the TALC space telescope
    • High resolution optical inertial sensor
    • Opto-Active isolation SYStem (OASYS)
    • Active isolation of launcher’s vibration environment
    • Active damping of non-linear structures
    • Vibration damping of large structures with active cables
    • Non-magnetic seismic isolation of an extended object
    • Particle collider electromagnet stabilization and nano-positioning
    • Active nano-positioning system for diffraction tomography experiments at the ESRF
    • Active image stabilization system for drones
    • Identification methods for experimental vibration analysis
    • Virtual sensor fusion for high precision control
    • Optimal Architectures for Mechatronic System Design
  • Current research
    • SILENT Project
    • FIeld QUantum gravity Sensors
• Team
• Teaching
• Press
• Publications
• News & Events
• Contact
• Job Offers

Research

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