Quantum Money from Hidden Subspaces
... Aaronson [3] gave the first formal treatment of public-key quantum money, as well as related notions such as copy-protected quantum software. He proved that there exists a quantum oracle relative to which secure public-key quantum money is possible. Unfortunately, that result, though already involve ...
... Aaronson [3] gave the first formal treatment of public-key quantum money, as well as related notions such as copy-protected quantum software. He proved that there exists a quantum oracle relative to which secure public-key quantum money is possible. Unfortunately, that result, though already involve ...
The Many- Worlds Interpreta tion of Quantum Mechanics
... the last printed page of this book. The following papers have been included in this volume with the permission of the copyright owners: "'Relative State' Formulation of Quantum Mechanics" by Hugh Everett III, and "Assessment of Everett's 'Relative State' Formulation of Quantum Theory," by John A. Wh ...
... the last printed page of this book. The following papers have been included in this volume with the permission of the copyright owners: "'Relative State' Formulation of Quantum Mechanics" by Hugh Everett III, and "Assessment of Everett's 'Relative State' Formulation of Quantum Theory," by John A. Wh ...
The Structure of a Quantum World Jill North
... system could be the entire world) at a time. (In Bohm’s theory, the fundamental state is given by the wave function plus the positions of a system’s particles.) A system’s history is given by the evolution of its wave function over time, in accord with the dynamical laws. These laws include (at leas ...
... system could be the entire world) at a time. (In Bohm’s theory, the fundamental state is given by the wave function plus the positions of a system’s particles.) A system’s history is given by the evolution of its wave function over time, in accord with the dynamical laws. These laws include (at leas ...
Atomic Orbitals - Stephen Berry
... of an electron wave. No one description necessarily tells us explicitly all the properties of the electron that we might want to know, or makes apparent all the useful ways of interpreting the physical properties of a wave function. The concept of superposition will become a very important one in ou ...
... of an electron wave. No one description necessarily tells us explicitly all the properties of the electron that we might want to know, or makes apparent all the useful ways of interpreting the physical properties of a wave function. The concept of superposition will become a very important one in ou ...
Evaluation, Hybridization and Application of Quantum Inspired
... agents of limited individual capabilities exhibiting collective intelligent behaviour”. In general, a swarm can be considered to be a loosely structured collection of interacting agents [KJ 2001]. Based on the swarm behaviour, various algorithms have been developed to solve complex real world proble ...
... agents of limited individual capabilities exhibiting collective intelligent behaviour”. In general, a swarm can be considered to be a loosely structured collection of interacting agents [KJ 2001]. Based on the swarm behaviour, various algorithms have been developed to solve complex real world proble ...
Interacting Anyons in a One-Dimensional Optical Lattice
... is defined by a set of quantum numbers. In contrast to that for fermions, i.e. particles with half-integer spin, there is the Pauli blockade, which means that for a given set of quantum numbers only one particle can occupy such a state. One of the crucial points of the spin-statistics theorem is its ...
... is defined by a set of quantum numbers. In contrast to that for fermions, i.e. particles with half-integer spin, there is the Pauli blockade, which means that for a given set of quantum numbers only one particle can occupy such a state. One of the crucial points of the spin-statistics theorem is its ...
Interface between path and orbital angular momentum
... Generation of OAM modes with a MS in reverse. Transverse spatial LG modes have a helical phase front eily, where l can take any integer value and represents the quanta of OAM each individual photon possesses20. If la0, such modes exhibit a vortex along the beam axis and show a ring-shaped intensity ...
... Generation of OAM modes with a MS in reverse. Transverse spatial LG modes have a helical phase front eily, where l can take any integer value and represents the quanta of OAM each individual photon possesses20. If la0, such modes exhibit a vortex along the beam axis and show a ring-shaped intensity ...
PDF
... each photon, can be achieved using SPTQ logic. We have previously demonstrated a high fidelity polarizationcontrolled NOT (P-CNOT) gate for SPTQ logic [8] by use of a polarization Sagnac interferometer with an embedded dove prism that flips and rotates the input beam by 90◦ . A momentum-controlled N ...
... each photon, can be achieved using SPTQ logic. We have previously demonstrated a high fidelity polarizationcontrolled NOT (P-CNOT) gate for SPTQ logic [8] by use of a polarization Sagnac interferometer with an embedded dove prism that flips and rotates the input beam by 90◦ . A momentum-controlled N ...
Many Oscillators
... The unitary counterpart: a strong coupling can struggle the effects of a weaker one, realizing the partitioning of the Hilbert space: ...
... The unitary counterpart: a strong coupling can struggle the effects of a weaker one, realizing the partitioning of the Hilbert space: ...
Quantum Evolution installation and user manual
... will be two hours of recorded video during this time period. To view video during this overlapping time period, you must start playback before 1 am, then recorder will play both hours between 1 am and 2 a.m. You cannot do a backward search through the overlapping time. But, you can do ...
... will be two hours of recorded video during this time period. To view video during this overlapping time period, you must start playback before 1 am, then recorder will play both hours between 1 am and 2 a.m. You cannot do a backward search through the overlapping time. But, you can do ...
![[235] JPhysConfSer_702(2016)012001](http://s1.studyres.com/store/data/003582913_1-c4e71fc2970976a1f51404875d70626d-300x300.png)
[235] JPhysConfSer_702(2016)012001
... AFM phase for κ > κcl . Results are presented for the GS energy, magnetic order parameter and plaquette valence-bond crystal (PVBC) susceptibility. For all spins s ≥ 32 we find a quantum phase diagram very similar to the classical one, with a direct first-order transition between the two collinear A ...
... AFM phase for κ > κcl . Results are presented for the GS energy, magnetic order parameter and plaquette valence-bond crystal (PVBC) susceptibility. For all spins s ≥ 32 we find a quantum phase diagram very similar to the classical one, with a direct first-order transition between the two collinear A ...
Vortex states of a disordered quantum Hall bilayer P. R. Eastham,
... resistivity,4,5 which can be understood as excitonic superfluidity, and a zero-bias tunneling anomaly,6,7 which can be interpreted as a Josephson effect. However, the analogy is incomplete because neither the counterflow resistivity nor the width of the tunneling anomaly8 appears to vanish at finite ...
... resistivity,4,5 which can be understood as excitonic superfluidity, and a zero-bias tunneling anomaly,6,7 which can be interpreted as a Josephson effect. However, the analogy is incomplete because neither the counterflow resistivity nor the width of the tunneling anomaly8 appears to vanish at finite ...
Structures as the objects of fundamental physics
... in which that knowledge is caused imposes a constraint on its content: physical properties can be identified only through the relations in which they enter. If we explain the meaning of the propositions that refer to the fundamental physical properties, it turns out that these propositions describe ...
... in which that knowledge is caused imposes a constraint on its content: physical properties can be identified only through the relations in which they enter. If we explain the meaning of the propositions that refer to the fundamental physical properties, it turns out that these propositions describe ...
Statistical Physics
... Equation of state The dynamics of particles and their interactions were understood at the classical level by the establishment of Newton’s laws. Later, these had to be slightly modified with the introduction of Einstein’s theory of relativity. A complete reformulation of mechanics became necessary w ...
... Equation of state The dynamics of particles and their interactions were understood at the classical level by the establishment of Newton’s laws. Later, these had to be slightly modified with the introduction of Einstein’s theory of relativity. A complete reformulation of mechanics became necessary w ...
Effect of an industrial chemical waste on the uptake
... At the beginning, it was found sensible to estimate the relationship between characteristic molecular-energy values and the quantity kT , where k is the Boltzmann constant and T the temperature. In the present study, instead of energy, the wave number, = E/hc, expressed in cm–1 (1 J is equivalent ...
... At the beginning, it was found sensible to estimate the relationship between characteristic molecular-energy values and the quantity kT , where k is the Boltzmann constant and T the temperature. In the present study, instead of energy, the wave number, = E/hc, expressed in cm–1 (1 J is equivalent ...
Chapter 2 Atomic Motion in an Optical Standing Wave
... and derive the atomic energy shift due to the field in Section 2.3. The adiabatic approximation, which is necessary to decouple the internal and external dynamics (and thus ignore the internal degrees of freedom), is reviewed in Section 2.4. In Section 2.5 we look at the deviations that can occur fro ...
... and derive the atomic energy shift due to the field in Section 2.3. The adiabatic approximation, which is necessary to decouple the internal and external dynamics (and thus ignore the internal degrees of freedom), is reviewed in Section 2.4. In Section 2.5 we look at the deviations that can occur fro ...
Random operators: disorder effects on quantum spectra and
... models (including, for example, models of quasi-crystals), the FMM approach has two fundamental advantages: it is much more elementary, at least for the case of lattice models, and leads to the strongest physically expected results for random systems. It is surprising that more than two decades pass ...
... models (including, for example, models of quasi-crystals), the FMM approach has two fundamental advantages: it is much more elementary, at least for the case of lattice models, and leads to the strongest physically expected results for random systems. It is surprising that more than two decades pass ...