Quantum photonics

Photonic devices have been the dominant workhorse of data communication in the internet age. Rapid improvements in efficiency and sophistication are now extending these devices into the quantum regime, where single photons mediate interactions between embedded on-chip memories coupled to complex photonic circuits.  We are studying methos to use integrated photonics to build large and complex quantum systems composed of photons and spins contained in a semiconductor chip.  These devices could implement quantum algorithms and simulate large and complex systems of strongly interacting photons.  


Relevant publications:

"Deterministic generation of entanglement between a quantum-dot spin and a photon," Shuo Sun and Edo Waks, Physical Review A 90, 042322 (2014)

"A quantum logic gate between a solid-state quantum bit and a photon," Hyochul Kim, Ranojoy Bose, Thomas C. Shen, Glenn S. Solomon, and Edo Waks, Nature Photonics 7, 373-377 (2013)

"Protocol for hybrid entanglement between a trapped atom and a quantum dot," Edo Waks and C. Monroe, Physical Review A 80, 062330 (2009)

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Team Members

  • Sam Harper
  • Chang-Min Lee
  • Hamidreza Chalabi
  • Subhojit Dutta
  • Aziz Karasahin
  • Zhouchen Luo
  • Sabyasachi Barik