Frontiers of Engineered Coherent Matter and Systems Proceedings of a Workshop (2025) / Chapter Skim
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Pages 60-60

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From page 60...
... It is, he said, "a very nice regime for open, driven quantum systems where we have a strong cooperative response when we bring quantum emitters closer than the wavelength of light at which they interact." Such systems make it possible to do the sorts of things that Thompson described doing in optical cavities but without the physical mirrors, Bloch said; one could, for example, have cavities of strongly cooperatively interacting mono layers of quantum emitters, whether atoms, quantum dots, of some other quantum emitter. This type of system should be explored more deeply in the future, he said, as it has great potential for new types of quantum matter–light interfaces and new kinds of entanglement generation schemes.
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Key Terms

  • optical cavities
  • thompson described
  • quantum simulation
  • quantum emitters
  • superconducting qubits

  • superconducting qubit
  • quantum simulators
  • conducting qubits
  • bring quantum
  • quantum dot

  • driven quantum
  • quantum emitter
  • quantum dots


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