80 likes | 185 Views
Candidates for Localising Quantum Systems in Relativistic Quantum Information Antony R. Lee With University of Nottingham Group. Outline. Cavities Basic set-up Bosons + Fermions Resonances Detectors Model Interaction with window of modes Experiments + Conclusions
E N D
Candidates for Localising Quantum Systems in Relativistic Quantum InformationAntony R. LeeWith University of Nottingham Group
Outline • Cavities • Basic set-up • Bosons + Fermions • Resonances • Detectors • Model • Interaction with window of modes • Experiments + Conclusions • Superconducting circuits • Mechanical systems • Future Work Antony Richard Lee QH 2012 – NTU Localising Quantum Systems
Cavities • Consists of inertial to accelerated to inertial regions • “Paste” together segments • Can build general trajectories Antony Richard Lee QH 2012 – NTU Localising Quantum Systems
Cavities Bosons • Corrections are periodic • Mass breaks periodicity Fermions • Boundary conditions break symmetry between particles and antiparticles • Can analyse the effect of different boundary conditions Bruschi et.al. Phys. Rev. D. 85. (061701) Friis et.al. Phys. Rev. D. 85. (025012) Antony Richard Lee QH 2012 – NTU Localising Quantum Systems
Cavities • Bosons and Fermions • Resonances • Two-mode squeezed states Bruschi et.al arXiv:1201.0663, Friss et.al. arXiv:1207.1827 (PRD) Antony Richard Lee QH 2012 – NTU Localising Quantum Systems
Detectors • Unruh-DeWitt Coupling • Spatial profile • Interaction with a window of modes Martin-Martinez arXiv:1207.3248, ARL & Funetes (In prep.) Antony Richard Lee QH 2012 – NTU Localising Quantum Systems
Experimental Proposals and Future • SQUIDS • Oscillating boundary conditions • DCE • Mechanical systems • Optical systems • Falling box • Gates • Two-mode squeezed states • Generalised beam splitter • Decoherence • Temperature • Leaking • Extraction of entanglement • Detectors • Indirect probing Antony Richard Lee QH 2012 – NTU Localising Quantum Systems