Towards UV Finiteness of Infinite Derivative Theories of Gravity and
... the loop momentum variable k µ at 1-loop, i.e., for the 1-loop, 2-point function. In particular, in Ref. [34], we have shown that • the Feynman rules for propagators and vertices for our infinite-derivative scalar toy model, that scattering amplitudes for the scalar toy model are superficially conv ...
... the loop momentum variable k µ at 1-loop, i.e., for the 1-loop, 2-point function. In particular, in Ref. [34], we have shown that • the Feynman rules for propagators and vertices for our infinite-derivative scalar toy model, that scattering amplitudes for the scalar toy model are superficially conv ...
Adiabatic processes in the ionization of highly excited hydrogen atoms
... excited hydrogen atoms in strong microwave fields which has been investigated experimentally by Bayfield and Koch [1, 2]. In these experiments, one observes ionization although the ionization energy of the initial stationary state corresponds to the energy of up to several hundred microwave photons ...
... excited hydrogen atoms in strong microwave fields which has been investigated experimentally by Bayfield and Koch [1, 2]. In these experiments, one observes ionization although the ionization energy of the initial stationary state corresponds to the energy of up to several hundred microwave photons ...
92, 054101 (2004)
... In the classical regime, chaotic motion leads to diffusive growth in the kinetic energy. In quantum dynamics, where chaos is no longer possible because of the linearity of the Schrödinger equation, the motion becomes periodic (antiresonance), quasiperiodic (dynamical localization), or resonant (qua ...
... In the classical regime, chaotic motion leads to diffusive growth in the kinetic energy. In quantum dynamics, where chaos is no longer possible because of the linearity of the Schrödinger equation, the motion becomes periodic (antiresonance), quasiperiodic (dynamical localization), or resonant (qua ...
PDF
... rotations generally make use of Rabi flopping. So far, qubit operations and toy model quantum computations have been performed by using different physical systems such as nuclear magnetic resonance, ion traps, and systems made of Josephson junctions [1-3]. In these qubit systems, the energy levels g ...
... rotations generally make use of Rabi flopping. So far, qubit operations and toy model quantum computations have been performed by using different physical systems such as nuclear magnetic resonance, ion traps, and systems made of Josephson junctions [1-3]. In these qubit systems, the energy levels g ...
IOSR Journal of Applied Physics (IOSR-JAP)
... We have established that generalization of the Dirac-Maxwell equations lifts the Lorentz condition on the potentials. Further the potentials satisfy the d’Almberts equation without restriction of any gauge making the potentials gauge free. Therefore the sources not satisfy the continuity equation. I ...
... We have established that generalization of the Dirac-Maxwell equations lifts the Lorentz condition on the potentials. Further the potentials satisfy the d’Almberts equation without restriction of any gauge making the potentials gauge free. Therefore the sources not satisfy the continuity equation. I ...
Lecture 6
... Now we can work out the next step of our circuit. Class exercise: what is ? In your result, separate out the last third qubit and group together terms with the same states for the first two qubits , i.e. you result should be written as ...
... Now we can work out the next step of our circuit. Class exercise: what is ? In your result, separate out the last third qubit and group together terms with the same states for the first two qubits , i.e. you result should be written as ...
Coherent Population Trapping of an Electron Spin in a Singly
... state and relaxes spontaneously into the dark state. Since the dark state is not “seen” by the optical fields, the total population is eventually trapped there within a few radiative cycles of the trion state. In CPT, the coherence between the spin ground states is created by the coherent optical fi ...
... state and relaxes spontaneously into the dark state. Since the dark state is not “seen” by the optical fields, the total population is eventually trapped there within a few radiative cycles of the trion state. In CPT, the coherence between the spin ground states is created by the coherent optical fi ...
- Free Documents
... common from a scientific standpoint. Due to lack of controlled observationsthe result of academic indifference, it is extremely difficult to refer to well organized field work on the functional outcome of divination practices. Anecdotal reports are more common but have only limited scientific value. ...
... common from a scientific standpoint. Due to lack of controlled observationsthe result of academic indifference, it is extremely difficult to refer to well organized field work on the functional outcome of divination practices. Anecdotal reports are more common but have only limited scientific value. ...
doc - StealthSkater
... pairs of wormhole throats so that spin two states would become possible. If this generalization is accepted, one must also accept the possibility of wormhole contacts with arbitrary number of throat pairs. One can also wonder what is the origin of Planck length which is roughly 104 times shorter tha ...
... pairs of wormhole throats so that spin two states would become possible. If this generalization is accepted, one must also accept the possibility of wormhole contacts with arbitrary number of throat pairs. One can also wonder what is the origin of Planck length which is roughly 104 times shorter tha ...
Humans and their Universes
... matter, energy and force would feed back into the computer network that is the underlying foundation of our universe and, even as the computer directs the matter/energy/forces in the universe, be simultaneously directing it, ensuring that history and the future could never be changed. Another effect ...
... matter, energy and force would feed back into the computer network that is the underlying foundation of our universe and, even as the computer directs the matter/energy/forces in the universe, be simultaneously directing it, ensuring that history and the future could never be changed. Another effect ...
PPT
... • Charged particles create electric fields. – Direction is the same as for the force that a + charge would feel at that location. – Magnitude given by: ...
... • Charged particles create electric fields. – Direction is the same as for the force that a + charge would feel at that location. – Magnitude given by: ...
Preliminary Evidence of Field Induced Rhenium
... of magnitude as fields experienced by valence electrons inside atoms and molecules. Such electric fields can occur at field emission tips, zeolite cavities, and electrode-electrolyte interfaces.1 In the presence of fields of this magnitude, redistribution of the valence electrons of atoms and molecu ...
... of magnitude as fields experienced by valence electrons inside atoms and molecules. Such electric fields can occur at field emission tips, zeolite cavities, and electrode-electrolyte interfaces.1 In the presence of fields of this magnitude, redistribution of the valence electrons of atoms and molecu ...
Quantum neural networks
... analogy between networks with symmetrical bonds and spin glasses. While quantum mechanics is a linear theory, neurocomputing is very dependent upon nonlinear approaches to data processing. At first glance, this appears to complicate the establishment of a correspondence between the two fields. Howev ...
... analogy between networks with symmetrical bonds and spin glasses. While quantum mechanics is a linear theory, neurocomputing is very dependent upon nonlinear approaches to data processing. At first glance, this appears to complicate the establishment of a correspondence between the two fields. Howev ...