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Cutting-edge Research in Applied Physics at the University of Bern

Explore electromagnetic radiation, photonics, and laser physics at the Institute of Applied Physics. Discover divisions like biomedical photonics, microwave physics, and more. Join us in advancing fundamental research and collaboration with industry.

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Cutting-edge Research in Applied Physics at the University of Bern

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  1. Welcome in Bern

  2. Research at the Institute of Applied Physics Electromagnetic radiation from X-rays to T-rays • Generation and detection of „light“ • Interaction of radiation with matter • Basic research in photonics with the aim of application in fundamental research in another area • Close cooperation with research groups and industry (national and international) • Partner in two national competence centers of research NCCRs (climate and quantum optics) http://www.iap.unibe.ch

  3. Research divisions at IAP • Biomedical photonics (Prof. Martin Frenz) • Medical optics • Soft Matter Physics • Microwave physics (Prof. Nik Kämpfer) • Atmospheric research • Radiometry of the environment • THz-optics • Laser physics (Prof. Thomas Feurer) • Solid state laser • X-ray laser • Laser material interaction • Ultra short pulses

  4. Microwave physics Microwave imaging at 94 GHz Numerical simulation of electromagnetic fields O3 above Bern

  5. NDACC needs a working group dedicated to H2O

  6. The aim of this working group is to address questions like: • Inter-comparison of water vapor data obtained by different techniques (FTIR, Lidar, balloon, microwave, satellites,...) • Specifications for frostpoint or Flash-sondes • Archiving of "historic data" from balloons in NDACC data base • Theory: what is important to measure in the frame of the NDACC in order to understand water vapor effects • Campaigns to measure water vapor • New stations performing long-term water vapor measurements

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