second-order differential equations
... Another approach to determine the values of the two arbitrary constants in the general solution to a second-order differential equation is to specify the values of the solution function at two different points in the interval!. That is, we solve the differential equation subject to the boundary valu ...
... Another approach to determine the values of the two arbitrary constants in the general solution to a second-order differential equation is to specify the values of the solution function at two different points in the interval!. That is, we solve the differential equation subject to the boundary valu ...
Computational Methods for Simulating Quantum Computers
... Computer simulation has since long been accepted as the third methodology in many branches of science and engineering [34]. Conventional computers can be used to simulate quantum computers that are relative small (e.g. 24 qubits) but are significantly larger than the experimental machines that have b ...
... Computer simulation has since long been accepted as the third methodology in many branches of science and engineering [34]. Conventional computers can be used to simulate quantum computers that are relative small (e.g. 24 qubits) but are significantly larger than the experimental machines that have b ...
Study of Fragmentation Dynamics of Polyatomic Molecules
... electron-electron and electron-nucleus interactions. For example the hyperfine structure measurement of spectrum lines yields the information about the interaction between the nuclei and electron cloud. A different class of properties of atoms and molecules can be obtained by collision experiments. ...
... electron-electron and electron-nucleus interactions. For example the hyperfine structure measurement of spectrum lines yields the information about the interaction between the nuclei and electron cloud. A different class of properties of atoms and molecules can be obtained by collision experiments. ...
OPENNESS OF MANY-ELECTRON QUANTUM SYSTEMS FROM
... quantum system is by N-fermion ensemble where the Dis can be spectrally in an terms of N matrix density density matrix D(1, 2, .., N the single N -fermion wave function Ψ(1̄, 2̄, .., N̄ ). These ...
... quantum system is by N-fermion ensemble where the Dis can be spectrally in an terms of N matrix density density matrix D(1, 2, .., N the single N -fermion wave function Ψ(1̄, 2̄, .., N̄ ). These ...
Carotene in Different Solvents.
... parallel to the cavity-shape problem in SCRF methods 43]. For our purposes, the use of spherically dened solvation shells is not recommended. This is a delicate point as the concept of solvation shells is in essence, but not compulsory, related to a spherical distribution 44]. We will see that this ...
... parallel to the cavity-shape problem in SCRF methods 43]. For our purposes, the use of spherically dened solvation shells is not recommended. This is a delicate point as the concept of solvation shells is in essence, but not compulsory, related to a spherical distribution 44]. We will see that this ...
Elementary Particle Physics
... Goal - to demonstrate that the basic properties of the observed mesons and baryons can be understood with a quark model: (a) Composition of multiplets (b) Spins (c) Magnetic moments Show the theory and ideas which won Gell-Mann the Nobel prize in 1969. ...
... Goal - to demonstrate that the basic properties of the observed mesons and baryons can be understood with a quark model: (a) Composition of multiplets (b) Spins (c) Magnetic moments Show the theory and ideas which won Gell-Mann the Nobel prize in 1969. ...
Past Research
... algebras arising from orbifolds. Specifically, these are the skew group algebras S(V ) o G (and twisted versions), where G is a finite group acting by graded automorphisms on the symmetric algebra S(V ) of a vector space V (i.e. a polynomial ring in a basis of V ). Later I saw how to use techniques ...
... algebras arising from orbifolds. Specifically, these are the skew group algebras S(V ) o G (and twisted versions), where G is a finite group acting by graded automorphisms on the symmetric algebra S(V ) of a vector space V (i.e. a polynomial ring in a basis of V ). Later I saw how to use techniques ...
Adiabatic Continuation of Fractional Chern Insulators to Fractional
... we confirm that the bosonic Laughlin state at ¼ 1=2 is adiabatically connected to the ground state of the Haldane model, which firmly establishes that they are in the same universality class. We underline that finding a path of adiabatic continuity is a nontrivial task. In our formulation, the cho ...
... we confirm that the bosonic Laughlin state at ¼ 1=2 is adiabatically connected to the ground state of the Haldane model, which firmly establishes that they are in the same universality class. We underline that finding a path of adiabatic continuity is a nontrivial task. In our formulation, the cho ...
Quantum coherent biomolecular energy transfer with spatially
... where the bath with the Hamiltonian HB = 12 k (p2k + ωk2 qk2 ) is at thermal equilibrium at temperature T and the system is prepared according to ρ(0). Throughout this work, we always start with the exciton at the donor site, i.e., ρ(0) = |dihd|. We calculate ρ(t) using the numerically exact quasiad ...
... where the bath with the Hamiltonian HB = 12 k (p2k + ωk2 qk2 ) is at thermal equilibrium at temperature T and the system is prepared according to ρ(0). Throughout this work, we always start with the exciton at the donor site, i.e., ρ(0) = |dihd|. We calculate ρ(t) using the numerically exact quasiad ...
ELECTRIC FIELD ENHANCEMENT FACTORS AROUND A
... Edgcombe and Valdre8 that is strictly valid for L/R = 100. Bonard found that the predicted values overshoot the experimentally measured values by roughly a factor of two. As the authors also note, a comparison of experimental and theoretical values is fraught with uncertainties because of the lack o ...
... Edgcombe and Valdre8 that is strictly valid for L/R = 100. Bonard found that the predicted values overshoot the experimentally measured values by roughly a factor of two. As the authors also note, a comparison of experimental and theoretical values is fraught with uncertainties because of the lack o ...
"Plans for the creation and studies of electron-positron plasmas in a stellarator" New Journal of Physics 14, 2012 T Sunn Pedersen, J R Danielson, C Hugenschmidt, G Marx, X Sarasola, F Schauer, L Schweikhard, C. M. Surko, and E Winkler (PDF)
... The initial physics phase for the APEX stellarator will consist of field line mapping, to confirm the existence of nested closed magnetic flux surfaces, and basic studies of pure electron plasmas. The goal will be to confirm very long-lived pure electron plasmas. As mentioned above, the projected co ...
... The initial physics phase for the APEX stellarator will consist of field line mapping, to confirm the existence of nested closed magnetic flux surfaces, and basic studies of pure electron plasmas. The goal will be to confirm very long-lived pure electron plasmas. As mentioned above, the projected co ...
Dynamical Aspects of Information Storage in Quantum
... is not the case for general (non-unitary) channels. Such channels are described by tracepreserving completely positive maps (cf. Ch. 2) and, for any such map T on density operators, we have kT (ρ) − T (σ)k1 ≤ kρ − σk1 [113]. A noisy quantum system can be modeled by replacing a unitary channel at eac ...
... is not the case for general (non-unitary) channels. Such channels are described by tracepreserving completely positive maps (cf. Ch. 2) and, for any such map T on density operators, we have kT (ρ) − T (σ)k1 ≤ kρ − σk1 [113]. A noisy quantum system can be modeled by replacing a unitary channel at eac ...
Defining and detecting quantum speedup
... it being governed by open system quantum dynamics. It is well understood that the D-Wave devices, just like any other quantum information processing device, must be error-corrected in order to overcome the effects of decoherence and control errors. While such error correction has already been demons ...
... it being governed by open system quantum dynamics. It is well understood that the D-Wave devices, just like any other quantum information processing device, must be error-corrected in order to overcome the effects of decoherence and control errors. While such error correction has already been demons ...
Hydrogen atom
A hydrogen atom is an atom of the chemical element hydrogen. The electrically neutral atom contains a single positively charged proton and a single negatively charged electron bound to the nucleus by the Coulomb force. Atomic hydrogen constitutes about 75% of the elemental (baryonic) mass of the universe.In everyday life on Earth, isolated hydrogen atoms (usually called ""atomic hydrogen"" or, more precisely, ""monatomic hydrogen"") are extremely rare. Instead, hydrogen tends to combine with other atoms in compounds, or with itself to form ordinary (diatomic) hydrogen gas, H2. ""Atomic hydrogen"" and ""hydrogen atom"" in ordinary English use have overlapping, yet distinct, meanings. For example, a water molecule contains two hydrogen atoms, but does not contain atomic hydrogen (which would refer to isolated hydrogen atoms).