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Showing 1 to 9 of 9 for “"fock states"”.
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Controllability of Open Quantum Optical Systems: Photon Fock States in a Cavity
<p>There has always been a significant interest in using optical systems to control quantum phenomena. A major barrier to controllability of quantum optical systems is the fact that the systems are usually innite dimensional open systems, two cases which have mostly negative controllability …
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Developing and Characterizing Sources of Quantum States of Light: from Single Photons to Million-Photon Fock States
… optics is the generation and control of quantum states of light. Chief among these states are Fock states, the fundamental eigenstates of the electromagnetic Hamiltonian with a perfectly-defined photon number. Decades of research have been devoted to producing Fock states, but no known source can …
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Untersuchung von Photonenzahlzustaenden mit dem Ein-Atom-Maser
… of the radiation field is based on field states that are characterized by the number of quanta of the radiation field, called photons. These states called photon number states or Fock states consist of a fixed, integer number of photons. They are eigenstates of the Hamiltonian of the …
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Search For The Decay Ds To Omega L Nu
… provide direct evidence for the presence of Fock states inside</p> <p>hadrons.</p> <p>We use 586pb of e+e- collisions at the Cornell Electron Storage</p> <p>Ring (CESR), at \sqrt{s}=4.17 GeV, recorded with the Cleo-c detector.</p> <p>A limit on the branching ratio Ds to omega e nu is found, …
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Light-Front Coupled-Cluster Method In Phi-Four Field Theory
… operator to construct the basis set of Fock states allows for generatingthefullsetofstates,maintainingnormalization,whilestillbeingabletocreate a finite problem for the wavefunctions. Application of the LFCC method to phi-4 field …
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Efficient quantum optical state engineering and applications
… theory of an additional application (a source of Fock states and path-entangled states, called N00N states) is discussed, along with some other possible applications.
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Feasibility studies for quantum computation with spectral hole burning media
… it is not clear how to construct entangled states of qubits which are represented by many atoms, and therefore we require that each spectral hole contain only a single atom. The many-atom coherence transfer is still useful for constructing N-photon Fock states in the cavity. The coherence …
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Strong proton-photon interactions at the single-photon level
… a new method to measure zero or one photon fock states, without destroying the photons. We are improving the setup which is approaching the non-destructive measurement of photons. Potentially, this method will enable new applications in quantum information and computation. It will also …
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Strongly correlated quantum fluids and effective thermalization in non-Markovian driven-dissipative photonic systems
… as the Mott-Insulator or Fractional Quantum Hall states, and more generally to stabilize the ground-state of a given particle-number conserving Hamiltonian, in a physical context where dissipative losses can not be neglected. While being able to quantum simulate those emblematic strongly …