Atomic, Molecular and Optical Physics

Research in Atomic, Molecular and Optical Physics (AMO) is focused on understanding and controlling light-matter interaction and utilizing it to explore new quantum phenomena. Physicists in the field are continuously developing novel optical methods to address, control and measure a wide range of quantum objects, including natural particles like photons and atoms, quasi particles which are quantum superposition of photons and matter, and even artificial atom-like objects such as quantum dots and superconducting circuits. Today we are at the stage where using these quantum objects, we can realize and study in the lab phenomena such as non-local entanglement and teleportation, which up to few decades ago were considered to be thought (Gedanken) experiments. Such experiments elucidate fundamental principles of quantum mechanics in real word settings, opening the door for next-generation technologies like quantum computation, quantum communication and quantum sensing. 

 

Image can not be displayedThe AMO team at the Hebrew University covers a rich set of topics. On the experimental side, research activities include quantum information processing and weak measurements with photons, development of single and entangled photon sources, quantum coherence of superconducting circuits, and quantum sensing with NV centers. On the theoretical side, novel theoretical methods to control and probe quantum coherence are being developed and lay the foundations for future quantum technologies.  The team members are also affiliated with The Quantum Information Science center, which fosters close collaborations between its members.

Members of Atomic, Molecular and Optical Physics faculty

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Ronen Rapaport

Associate Professor
Head of Physics Studies
Danciger B 122
02 6586270
Condensed matter. Many-body quantum physics in low dimensional electronic systems. Nano-physics and light-matter interactions on the nanoscale.