Quantum Metrology and Sensing

Sensing and metrology are at the core of the development of many modern technologies, from mobile telecommunication to geo-positioning systems, petroleum-well mapping to medicine. Issues like Quantum Measurements and Quantum Metrology aims at reviewing the state-of-the-art in quantum metrology and quantum sensing and identify the current efforts, both theoretical and experimental, form their further development. This is an inherently multi-faceted endeavor with repercussions in the broad areas of quantum open-system dynamics, quantum information, quantum control, and quantum engineering. 

A significant boost in the performance of sensors and metrological protocols can come from the use of quantum mechanical strategies. The domain of application of such emerging quantum technologies ranges from the definition of frequency standards, the detection of gravitational waves, the synchronization of clocks, and the enhancement of imaging and lithography, among others.

  • Quantum trajectories
  • Quantum Estimation for Quantum Technology
  • Quantum optical interferometry
  • Quantum imaging
  • Spin qubits for optical sensing
  • Sensing and controlling multiple nuclear spins for quantum networks
  • Quantum lithography
  • Metrology using entanglement
  • Optical metrology
  • Technology for Quantum Sensing
  • Development of Atomic Systems and Quantum Devices in Space
  • Cryoelectronics
  • Quantum metrology in noisy environments
  • Quantum sensing for applications: beyond the standard problem of quantum metrology

Quantum Metrology and Sensing Conference Speakers

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