NeuroQuantology Journal
... time in a second high information-density information density parallel universe (U (U-2). 2). Also, it was at this point that I had now pretty much gi given ven up on the idea that this was some sort of altered state of consciousness, as both of these states of reality turned out to be completely re ...
... time in a second high information-density information density parallel universe (U (U-2). 2). Also, it was at this point that I had now pretty much gi given ven up on the idea that this was some sort of altered state of consciousness, as both of these states of reality turned out to be completely re ...
Chapter 6 Electronic Structure of Atoms
... them to look at very small things. HIV virus 100 nm, (light microscope limit 400 nm) ...
... them to look at very small things. HIV virus 100 nm, (light microscope limit 400 nm) ...
Phys. Rev. Lett
... has been carried out by exploiting the process of parametric down-conversion [5,6] and has also been utilized in few quantum-information protocols [7–10]. Despite these successes, the optical tools for generating and controlling the OAM photon states (computer-generated holograms, Dove’s prisms, cyl ...
... has been carried out by exploiting the process of parametric down-conversion [5,6] and has also been utilized in few quantum-information protocols [7–10]. Despite these successes, the optical tools for generating and controlling the OAM photon states (computer-generated holograms, Dove’s prisms, cyl ...
Spatial Light Modulators for the Manipulation of Individual Atoms
... Given that each scattering event involves an exchange of two photons, the kinetic energy of an atom increases on average by twice the recoil energy per scattering event. The lifetime τ of a Rubidium atom (initially at rest) in the dipole trap would therefore be limited to τ = 1/Rscat · U/2Erec . Thi ...
... Given that each scattering event involves an exchange of two photons, the kinetic energy of an atom increases on average by twice the recoil energy per scattering event. The lifetime τ of a Rubidium atom (initially at rest) in the dipole trap would therefore be limited to τ = 1/Rscat · U/2Erec . Thi ...
Scattering model for quantum random walks on a hypercube
... vertex having the same number of outgoing edges). The definition on nonregular graphs is also possible, and some interesting algorithms are based on this version [13]. However, the latter version does not possess the symmetries of the former one, nor its neat tensor product structure (the unitary ev ...
... vertex having the same number of outgoing edges). The definition on nonregular graphs is also possible, and some interesting algorithms are based on this version [13]. However, the latter version does not possess the symmetries of the former one, nor its neat tensor product structure (the unitary ev ...
Document
... works well in the extremely high energy regime is not applicable in the relatively low energy region. Modifications and Model construction emphasizing the most aspects of QCD need to be made and tested with experimental data. ...
... works well in the extremely high energy regime is not applicable in the relatively low energy region. Modifications and Model construction emphasizing the most aspects of QCD need to be made and tested with experimental data. ...
Quantum field theory in curved spacetime
... suppose that in the distant past τ → −∞, the system is in the ground state. We wish to calculate the probability amplitude that the system will be found in another eigenstate |k, ni of H0 at some later time τ . If an observer traveling with the detector initially prepares the device in the ground st ...
... suppose that in the distant past τ → −∞, the system is in the ground state. We wish to calculate the probability amplitude that the system will be found in another eigenstate |k, ni of H0 at some later time τ . If an observer traveling with the detector initially prepares the device in the ground st ...
introductory lecture on quantum computing
... possible path that a photon can take. • The amplitudes can interfere constructively and destructively, even though each photon takes only one path. • The amplitudes at detector A interfere destructively; those at detector B interfere constructively. ...
... possible path that a photon can take. • The amplitudes can interfere constructively and destructively, even though each photon takes only one path. • The amplitudes at detector A interfere destructively; those at detector B interfere constructively. ...
Quantum graphs and the integer quantum Hall effect
... Quantum graphs have been the focus of much interest during the last thirty years [1–3]. These models which describe the propagation of a quantum wave within an arbitrary complex object are extremely versatile allowing the study of various interesting quantum phenomena. Quantum graphs appear in vario ...
... Quantum graphs have been the focus of much interest during the last thirty years [1–3]. These models which describe the propagation of a quantum wave within an arbitrary complex object are extremely versatile allowing the study of various interesting quantum phenomena. Quantum graphs appear in vario ...
Quantum Chaos and Quantum Information
... Quantum computation as a dynamical system — Can chaos enhance stability or reduce decoherence of quantum computation? In the last lecture we will present some recent developments on the connection between dynamical systems and quantum computation. In particular, one can simulate chaotic classical an ...
... Quantum computation as a dynamical system — Can chaos enhance stability or reduce decoherence of quantum computation? In the last lecture we will present some recent developments on the connection between dynamical systems and quantum computation. In particular, one can simulate chaotic classical an ...