Menu

Skip to content
  • Home
  • People
    • Alumni
    • Hideo Mabuchi
  • Research Overview
    • Quantum Feedback Networks
    • Optical and Coherent Control
    • Nonlinear and Multimode Optics
    • Biophysics with Feedback Control
    • Information Theory and Distributed Computation
  • Photos
  • Publications
    • Publications list
  • Software
  • Intranet
    • Projects Blog Pages

Quantum absorptive `bistability’

wpadmin / December 21, 2010

Joseph Kerckhoff, Michael A. Armen, and Hideo Mabuchi, “Remnants of semiclassical bistability in the few-photon regime of cavity QED” Optics Express Vol. 19, Iss. 24, pp. 24468–24482 (2011). PDF 1012.4873 online

December 21, 2010 in Group publications. Tags: Cavity QED, Experimental, Photonics, Quantum nonlinear dynamics, Quantum trajectories, Quantum/classical, ultra-low energy

Related posts

Squeezed light in a coherent feedback OPO network

All-optical latching and modulation

Coherent controllers for quantum oscillators

Post navigation

← The dressed atom as binary phase modulator
Coherent-feedback control of spontaneous switching →

Publications tag cloud

Cavity QED (25) coherent feedback (3) Experimental (24) Microtraps (7) Model reduction (13) Numerical (41) optical switching (2) Photonics (15) Quantum/classical (4) Quantum control (44) Quantum information (14) Quantum nonlinear dynamics (13) Quantum parameter estimation (5) Quantum trajectories (31) Single-molecule bio (15) Squeezed Light (1) Theoretical (79) ultra-low energy (4)

Publication categories

  • Group publications (71)
  • Group theses (8)
  • Primers (4)
  • Publications from collaborations (17)
  • Reviews (2)

Maint / Meta

  • Log in
  • Entries RSS
  • Comments RSS
  • WordPress.org