Electromagnetic Study of the Chlorosome Antenna
... Fig. 1. The spectra were obtained using a semiclassical approach (see Methods) and using the Fermi-Golden rule quantum approach. The spectra were broadened by adding disorder through the rate Γ = 1 meV (See Eq. 1). As remarked previously in the literature (see e.g. Ref. 31) the quantum and classical ...
... Fig. 1. The spectra were obtained using a semiclassical approach (see Methods) and using the Fermi-Golden rule quantum approach. The spectra were broadened by adding disorder through the rate Γ = 1 meV (See Eq. 1). As remarked previously in the literature (see e.g. Ref. 31) the quantum and classical ...
PPT
... The Dirac field In Quantum Field Theory (QFT) both bosons and fermions are quanta of a field Field and corresponding wave function obey the same equation SM assumes spin ½ fermions obey Dirac equation (not proven for neutrinos) ...
... The Dirac field In Quantum Field Theory (QFT) both bosons and fermions are quanta of a field Field and corresponding wave function obey the same equation SM assumes spin ½ fermions obey Dirac equation (not proven for neutrinos) ...
Latest Lattice Results for Baryon Spectroscopy
... • Lattice does not possess full symmetry of the continuum allowed energies characterised by cubic symmetry, or the octahedral point group Oh – 24 elements – 5 conjugacy classes/5 irreducible representations – Oh x Is: rotations + inversions (parity) ...
... • Lattice does not possess full symmetry of the continuum allowed energies characterised by cubic symmetry, or the octahedral point group Oh – 24 elements – 5 conjugacy classes/5 irreducible representations – Oh x Is: rotations + inversions (parity) ...
Mass hierarchy and physics beyond the Standard Theory
... η1,2 => quartic terms along the D-flat direction |h1 | = |h2 | tree-level mass can increase significantly bigger parameter space for LSP being dark matter Bernal-Blum-Nir-Losada ’09 ...
... η1,2 => quartic terms along the D-flat direction |h1 | = |h2 | tree-level mass can increase significantly bigger parameter space for LSP being dark matter Bernal-Blum-Nir-Losada ’09 ...
A phase-space study of the quantum Loschmidt Echo in the
... past few years in the physics literature, in connection with the problems of “quantum chaos”, quantum computation and decoherence. In this paper, we study this quantity semiclassically (as ~ → 0), taking as reference quantum states the usual coherent states. The latter are known to be well adapted t ...
... past few years in the physics literature, in connection with the problems of “quantum chaos”, quantum computation and decoherence. In this paper, we study this quantity semiclassically (as ~ → 0), taking as reference quantum states the usual coherent states. The latter are known to be well adapted t ...
Beyond Standard Model Physics
... constrain KK-graviton but also moduli, dilaton and radions): MD > 3.6 TeV for δ = 2. • Bounds from KK-gravitons from supernovae cooling: MD > 27 (2.4) TeV for δ = 2 (3). • Stronger bounds from luminosities of pulsar hit by KK-gravitons: MD > 750 (35) TeV for δ = 2 (3). ADD open questions: • Radius s ...
... constrain KK-graviton but also moduli, dilaton and radions): MD > 3.6 TeV for δ = 2. • Bounds from KK-gravitons from supernovae cooling: MD > 27 (2.4) TeV for δ = 2 (3). • Stronger bounds from luminosities of pulsar hit by KK-gravitons: MD > 750 (35) TeV for δ = 2 (3). ADD open questions: • Radius s ...
Beyond Standard Model Physics
... constrain KK-graviton but also moduli, dilaton and radions): MD > 3.6 TeV for δ = 2. • Bounds from KK-gravitons from supernovae cooling: MD > 27 (2.4) TeV for δ = 2 (3). • Stronger bounds from luminosities of pulsar hit by KK-gravitons: MD > 750 (35) TeV for δ = 2 (3). ADD open questions: • Radius s ...
... constrain KK-graviton but also moduli, dilaton and radions): MD > 3.6 TeV for δ = 2. • Bounds from KK-gravitons from supernovae cooling: MD > 27 (2.4) TeV for δ = 2 (3). • Stronger bounds from luminosities of pulsar hit by KK-gravitons: MD > 750 (35) TeV for δ = 2 (3). ADD open questions: • Radius s ...
Structural( biology( at( the( single( particle( level:( imaging( tobacco
... Assessing the neutrino mass scale is one of the major challenges in today’s particle physics and astrophysics. Although neutrino oscillation experiments have clearly shown that there are at least three neutrinos with different masses, the absolute values of these masses remain unknown. Neutrino flav ...
... Assessing the neutrino mass scale is one of the major challenges in today’s particle physics and astrophysics. Although neutrino oscillation experiments have clearly shown that there are at least three neutrinos with different masses, the absolute values of these masses remain unknown. Neutrino flav ...
ON THE FAITHFUL INTERPRETATION OF PURE WAVE
... Everett proceeds to tell his own version of a story that has come to be know as the Wigner’s Friend story, then concludes from the story that “It is now clear that the interpretation of quantum mechanics with which we began [the standard von Neumann-Dirac collapse theory] is untenable if we are to c ...
... Everett proceeds to tell his own version of a story that has come to be know as the Wigner’s Friend story, then concludes from the story that “It is now clear that the interpretation of quantum mechanics with which we began [the standard von Neumann-Dirac collapse theory] is untenable if we are to c ...
Quantum Entanglement: An Exploration of a Weird Phenomenon 1
... mechanics. Indeed, Einstein did not appreciate the stochastic nature of quantum mechanics that represented a threat to determinism, which had been the ultimate criterion for science. However, over the years, quantum mechanics has shown that it is the best candidate to describe the subatomic world ev ...
... mechanics. Indeed, Einstein did not appreciate the stochastic nature of quantum mechanics that represented a threat to determinism, which had been the ultimate criterion for science. However, over the years, quantum mechanics has shown that it is the best candidate to describe the subatomic world ev ...
Manuscript: Trapped-ion quantum logic with global radiation fields
... Baumgart et al. [14]. Additional small sources of infidelity are discussed in the Supplemental Material [32]. Achieving gate fidelities that would enable fault-tolerant operation using global long-wavelength radiation can be realized either by the use of ion trap microchips or by a slight modificati ...
... Baumgart et al. [14]. Additional small sources of infidelity are discussed in the Supplemental Material [32]. Achieving gate fidelities that would enable fault-tolerant operation using global long-wavelength radiation can be realized either by the use of ion trap microchips or by a slight modificati ...
Literature Review
... traditional computers, he does not explain use-cases or real life examples that demonstrate the limitations. He also does not explain how the transition from traditional computers to quantum computers will take place and if current algorithms can be ran on quantum computers. With the exponential gro ...
... traditional computers, he does not explain use-cases or real life examples that demonstrate the limitations. He also does not explain how the transition from traditional computers to quantum computers will take place and if current algorithms can be ran on quantum computers. With the exponential gro ...
Quantum Error-Correction Codes on Abelian Groups
... according to the check matrix for CSSG (C1 , C2 ), she obtains random values for x and z, and if she wants to measure the m EPR pair in the standard basis, she obtains a random choice of v. Then the remaining n qubits are left in the z,x (C1 , C2 ) and is the encoded state |ψv,z,x , which is the co ...
... according to the check matrix for CSSG (C1 , C2 ), she obtains random values for x and z, and if she wants to measure the m EPR pair in the standard basis, she obtains a random choice of v. Then the remaining n qubits are left in the z,x (C1 , C2 ) and is the encoded state |ψv,z,x , which is the co ...
Quantum interference in the classically forbidden region: A parametric oscillator
... analysis 关11兴 made it possible to find the tunneling exponent in a broad parameter range 关12兴. Tunneling is particularly interesting for a parametrically modulated oscillator. Here, the coexisting classical periodic states have period 2F, where F is the modulation period. Such period-2 states are ...
... analysis 关11兴 made it possible to find the tunneling exponent in a broad parameter range 关12兴. Tunneling is particularly interesting for a parametrically modulated oscillator. Here, the coexisting classical periodic states have period 2F, where F is the modulation period. Such period-2 states are ...
A DIRECT PROOF OF THE QUANTUM VERSION OF MONK`S
... it can be proved by an enhancement of the methods of the present paper [2]. For a survey of combinatorial approaches to quantum cohomology of flag varieties we refer the reader to [5]. In Section 2 we fix notation regarding Schubert varieties in partial flag varieties and prove a result which relate ...
... it can be proved by an enhancement of the methods of the present paper [2]. For a survey of combinatorial approaches to quantum cohomology of flag varieties we refer the reader to [5]. In Section 2 we fix notation regarding Schubert varieties in partial flag varieties and prove a result which relate ...
A G2-QCD neutron star
... reach. The main reason for this is that it was not yet possible to derive the equation of state governing neutron stars from the fundamental theory, i. e. QCD, at finite density and small or zero temperature [4]. The reason is that lattice gauge theory, the mainstay of non-perturbative QCD calculati ...
... reach. The main reason for this is that it was not yet possible to derive the equation of state governing neutron stars from the fundamental theory, i. e. QCD, at finite density and small or zero temperature [4]. The reason is that lattice gauge theory, the mainstay of non-perturbative QCD calculati ...