Prof. Nir Bar-Gill
The Applied Physics Department
The Racah Institute of Physics
- Quantum coherence of NV centers
- Magnetic sensing and spectroscopy
- Quantum memory and control
Applied Physics
Prof. Uriel Levy
The Applied Physics Department
- Silicon photonics
- Polarization optics
- Plasmonics
- Optofluidics
- Near field optics
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Prof. Yossi Paltiel
The Applied Physics Department
- Nano dots and nano crystals
- Coupling control studies (optics, transport)
- Transport noise and magnetotransport studies
- Hybrid devices
- Single photon detectors and emitters
- Quantum classical computing
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Dr. Adi Pick
The Applied Physics Department
- Understanding and control of noise in open quantum-optical systems
- New physical phenomena at exceptional points
- Noise-resilient protocols for quantum computation applications
- Light-matter interaction (emission, absorption, and ionization)
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Dr. Liron Stern
The Applied Physics Department
Research interests: miniature quantum sensors (atomic-clocks, optical magnetometers, E-field sensors), time and frequency, miniature frequency-combs (micro-combs), and the interplay between photonics and atomic-physics. We study interactions among diverse ‘flavors’ of photons and atoms in order to (a) develop novel types of miniature quantum-sensors, and (b) understand light-matter interactions of light and atoms occurring at minuscule dimensions.