Photodissociation Dynamics R. Schinke
... or less constant energy spacings, reveals information about the shape of the potential near the FC region, where the molecule is still bound. 2. The Raman spectrum, i.e., the dispersed spectrum of light that the dissociating molecule emits to a lower-lying electronic state on its way from the FC reg ...
... or less constant energy spacings, reveals information about the shape of the potential near the FC region, where the molecule is still bound. 2. The Raman spectrum, i.e., the dispersed spectrum of light that the dissociating molecule emits to a lower-lying electronic state on its way from the FC reg ...
Axion thermalization in the early universe
... When k satisfies this inequality, a thermal population of axions is born in the early universe. In the next section we calculate ⌫, which, as we see from Eq. 共20兲, will give us the clue of which is the corresponding range of F a . III. CALCULATION OF THERMALLY AVERAGED INTERACTION RATES ...
... When k satisfies this inequality, a thermal population of axions is born in the early universe. In the next section we calculate ⌫, which, as we see from Eq. 共20兲, will give us the clue of which is the corresponding range of F a . III. CALCULATION OF THERMALLY AVERAGED INTERACTION RATES ...
7 Quantum Computing Applications of Genetic Programming
... are universal for quantum computation in almost the same sense that NAND is universal for classical computation; one can implement any quantum algorithm with at most polynomial slowdown using only primitive gates from one of these sets ([Barenco et al., 1995] and references therein). For example, al ...
... are universal for quantum computation in almost the same sense that NAND is universal for classical computation; one can implement any quantum algorithm with at most polynomial slowdown using only primitive gates from one of these sets ([Barenco et al., 1995] and references therein). For example, al ...
Construction X for quantum error-correcting codes
... A quantum error-correcting code (QECC) is a code that protects quantum information from corruption by noise (decoherence) on the quantum channel in a way that is similar to how classical error-correcting codes protect information on the classical channel. We denote by [[n, k, d]] the parameters of a ...
... A quantum error-correcting code (QECC) is a code that protects quantum information from corruption by noise (decoherence) on the quantum channel in a way that is similar to how classical error-correcting codes protect information on the classical channel. We denote by [[n, k, d]] the parameters of a ...
Document
... provide a successful basis for explaining the microphysics of the present universe, but additional symmetries are needed to address important questions about earlier times Origin of matter, unification, size of the Fermi constant, neutrino mass, gravity,… • High precision, low-energy studies provide ...
... provide a successful basis for explaining the microphysics of the present universe, but additional symmetries are needed to address important questions about earlier times Origin of matter, unification, size of the Fermi constant, neutrino mass, gravity,… • High precision, low-energy studies provide ...
AbMinPRL - University of Strathclyde
... Newton’s first law of motion, supports the Abraham momentum [2,4]. The recoil of an absorbing or radiating atom in a medium [5,6] and the phenomenon of diffraction [7], however, argue with equal weight for the Minkowski momentum. Application of the Lorentz force law to the problem confirms the valid ...
... Newton’s first law of motion, supports the Abraham momentum [2,4]. The recoil of an absorbing or radiating atom in a medium [5,6] and the phenomenon of diffraction [7], however, argue with equal weight for the Minkowski momentum. Application of the Lorentz force law to the problem confirms the valid ...
Mathematics and group theory in music
... works done in this area which are due to mathematicians and which are spread over several centuries. In the second part (§3 to 6), I will discuss in some detail the group theory that is involved in the compositions and in the theoretical work of Olivier Messiaen, one of the major twentieth-century c ...
... works done in this area which are due to mathematicians and which are spread over several centuries. In the second part (§3 to 6), I will discuss in some detail the group theory that is involved in the compositions and in the theoretical work of Olivier Messiaen, one of the major twentieth-century c ...
Manifestation of Classical Orbits in Nuclei, Metal Clusters and
... the Hartree-Fock theory [19], was very successful in reproducing experimental nuclear binding energies and fission barriers [18, 20, 21]. The shell effects in the total energy (5) of a typical actinide nucleus lead to a deformed ground-state minimum and to a higher-lying local minimum, the so-calle ...
... the Hartree-Fock theory [19], was very successful in reproducing experimental nuclear binding energies and fission barriers [18, 20, 21]. The shell effects in the total energy (5) of a typical actinide nucleus lead to a deformed ground-state minimum and to a higher-lying local minimum, the so-calle ...
The nucleus, a unique many-body system - IPN Orsay
... Among all the possible dimensionless ratios which can be built from V’0 , r0 and mN , at least four of them have a specific meaning : the dimensionless coupling constant α, the so-called spinorbit parameter η, the quantality Λ and the action A. Two dimensionless ratios, α and η, are enough to charac ...
... Among all the possible dimensionless ratios which can be built from V’0 , r0 and mN , at least four of them have a specific meaning : the dimensionless coupling constant α, the so-called spinorbit parameter η, the quantality Λ and the action A. Two dimensionless ratios, α and η, are enough to charac ...
Classical Cryptographic Protocols in a Quantum World
... protocols are not universally composable, and Canetti [11] showed that classical protocols cannot UC-securely realize even basic tasks such as commitment and zeroknowledge proofs without some additional setup assumptions such as a CRS or publickey infrastructure. Damgård et al.[18], building on wor ...
... protocols are not universally composable, and Canetti [11] showed that classical protocols cannot UC-securely realize even basic tasks such as commitment and zeroknowledge proofs without some additional setup assumptions such as a CRS or publickey infrastructure. Damgård et al.[18], building on wor ...
Maritime Applications of Quantum Computation
... models, like the RGB (Red, Green and Blue) and HSI (Hue, Saturation and Intensity) models, are used to specify colors in a standard way that makes sense under the theoretical and technological assumptions of classical computers and/or printing systems. The mathematical definition of a qubit presente ...
... models, like the RGB (Red, Green and Blue) and HSI (Hue, Saturation and Intensity) models, are used to specify colors in a standard way that makes sense under the theoretical and technological assumptions of classical computers and/or printing systems. The mathematical definition of a qubit presente ...
