art 1. Background Material
... the study of the photons emitted from atoms and ions that had been heated or otherwise excited (e.g., by electric discharge). It was found that each kind of atom (i.e., H or C or O) emitted photons whose frequencies ν were of very characteristic values. An example of such emission spectra is shown i ...
... the study of the photons emitted from atoms and ions that had been heated or otherwise excited (e.g., by electric discharge). It was found that each kind of atom (i.e., H or C or O) emitted photons whose frequencies ν were of very characteristic values. An example of such emission spectra is shown i ...
- D-Wave Systems
... After the subQUBO is solved, the current solution is updated with the appropriate bits from the subQUBO solution vector. The goal is that the new candidate solution, built from the prior candidate solution and updates from the subQUBO results (line 19), will jump out of a local minimum. This new Qtm ...
... After the subQUBO is solved, the current solution is updated with the appropriate bits from the subQUBO solution vector. The goal is that the new candidate solution, built from the prior candidate solution and updates from the subQUBO results (line 19), will jump out of a local minimum. This new Qtm ...
Consciousness in the universe A review of the ‘Orch OR’ theory ScienceDirect
... always been in the universe. Descartes’ ‘dualism’, religious viewpoints, and other spiritual approaches assume consciousness has been in the universe all along, e.g. as the ‘ground of being’, ‘creator’ or component of an omnipresent ‘God’ [6]. In this view consciousness can causally influence physic ...
... always been in the universe. Descartes’ ‘dualism’, religious viewpoints, and other spiritual approaches assume consciousness has been in the universe all along, e.g. as the ‘ground of being’, ‘creator’ or component of an omnipresent ‘God’ [6]. In this view consciousness can causally influence physic ...
Spin-Orbit Coupling for Photons and Polaritons in
... (f) extracted phase for each of the individual emission lines. The solid arrow points the pillar used for the phase reference in the interference experiment. (g) Measured polarization-insensitive momentum-space emission. (h) Simulated momentum-space emission obtained by Fourier transforming the tigh ...
... (f) extracted phase for each of the individual emission lines. The solid arrow points the pillar used for the phase reference in the interference experiment. (g) Measured polarization-insensitive momentum-space emission. (h) Simulated momentum-space emission obtained by Fourier transforming the tigh ...
Quantum Proofs for Classical Theorems
... is to go to complex numbers: using the identity eix = cos x + i sin x we have ei(x+y) = eix eiy = (cos x + i sin x)(cos y + i sin y) = cos x cos y − sin x sin y + i(cos x sin y + sin x cos y) . Taking the real parts of the two sides gives our identity. Another example is the probabilistic method, as ...
... is to go to complex numbers: using the identity eix = cos x + i sin x we have ei(x+y) = eix eiy = (cos x + i sin x)(cos y + i sin y) = cos x cos y − sin x sin y + i(cos x sin y + sin x cos y) . Taking the real parts of the two sides gives our identity. Another example is the probabilistic method, as ...
Laser intensity induced transparency in atom
... In order to demonstrate the laser intensity induced transparency, a specific frequency was chosen, at which the PA laser intensity was set to 300 W/cm2, such that the resonant frequency is not influenced by the variation of PA laser intensity. The binding energy of excited molecule for different vib ...
... In order to demonstrate the laser intensity induced transparency, a specific frequency was chosen, at which the PA laser intensity was set to 300 W/cm2, such that the resonant frequency is not influenced by the variation of PA laser intensity. The binding energy of excited molecule for different vib ...
Markov Chain-Like Quantum Biological Modeling of Mutations
... The proposed models are also compatible with both damage/error and programmed theories of aging, reviewed by Jin [18]. The proposed Markovian-like quantum biological channel model can also be used to unify damage and programmed senescence theories of aging as follows. The aging process can be descri ...
... The proposed models are also compatible with both damage/error and programmed theories of aging, reviewed by Jin [18]. The proposed Markovian-like quantum biological channel model can also be used to unify damage and programmed senescence theories of aging as follows. The aging process can be descri ...
pdf
... completely integrable: We find action–angle coordinates using the Darboux coordinates found in Section 5 and the associated Hamilton–Jacobi equation, and also find the explicit formula for the reconstruction phase. The semiclassical tunneling example is solved numerically to demonstrate a classicall ...
... completely integrable: We find action–angle coordinates using the Darboux coordinates found in Section 5 and the associated Hamilton–Jacobi equation, and also find the explicit formula for the reconstruction phase. The semiclassical tunneling example is solved numerically to demonstrate a classicall ...
Maximal Newton polygons via the quantum Bruhat graph
... to enumerative geometry. Modern mathematical interest focuses on concretely understanding the structure of the quantum cohomology ring for any homogeneous variety G/P , where G is a complex reductive algebraic group and P a parabolic subgroup. The ring QH ∗ (G/P ) has a basis of Schubert classes, in ...
... to enumerative geometry. Modern mathematical interest focuses on concretely understanding the structure of the quantum cohomology ring for any homogeneous variety G/P , where G is a complex reductive algebraic group and P a parabolic subgroup. The ring QH ∗ (G/P ) has a basis of Schubert classes, in ...
Master Thesis
... systems are most commonly used as microscopic models of magnetism, although they are useful in the study of other physical phenomena, such as quantum phase transitions. Many-body spin models are in general intractable once we go beyond 20 spins. Although numerical techniques like DMRG have proven hi ...
... systems are most commonly used as microscopic models of magnetism, although they are useful in the study of other physical phenomena, such as quantum phase transitions. Many-body spin models are in general intractable once we go beyond 20 spins. Although numerical techniques like DMRG have proven hi ...
Dealing with ignorance: universal discrimination, learning and quantum correlations Gael Sentís Herrera
... in the design, and, as a consequence, the machine is not case-specific but it is able to handle discrimination tasks between any pair of possible qubits, once conveniently programmed through quantum inputs. The optimal performance of programmable machines is studied in detail for general qubit state ...
... in the design, and, as a consequence, the machine is not case-specific but it is able to handle discrimination tasks between any pair of possible qubits, once conveniently programmed through quantum inputs. The optimal performance of programmable machines is studied in detail for general qubit state ...
Entanglement and its Role in Shor`s Algorithm
... amount of classical resources. In recent work, Jozsa and Linden [4] have proven that, if a quantum algorithm cannot be simulated classically using resources only polynomial in the size of the input data, then it must have multipartite entanglement involving unboundedly many of its qubits – if it is ...
... amount of classical resources. In recent work, Jozsa and Linden [4] have proven that, if a quantum algorithm cannot be simulated classically using resources only polynomial in the size of the input data, then it must have multipartite entanglement involving unboundedly many of its qubits – if it is ...
Can gas hydrate structures be described using - e-Spacio
... For the sH (hexagonal symmetry), we used a 3×2×2 super-cell which contained 408 water molecules. The number of molecules used for ice Ih was 432. All these structures present proton disorder65–68 . We used the algorithm proposed by Buch et al.69 to generate proton disordered structures satisfying th ...
... For the sH (hexagonal symmetry), we used a 3×2×2 super-cell which contained 408 water molecules. The number of molecules used for ice Ih was 432. All these structures present proton disorder65–68 . We used the algorithm proposed by Buch et al.69 to generate proton disordered structures satisfying th ...