Hadron Collider Summer School
... The TEVATRON is presently the ‘energy frontier’ collider in operation at FNAL, with a beam energy of 980 GeV and a size of ~ ¼ LHC. It is the first super-conducting collider ever build. It collides proton and anti-proton bunches that circulate in opposite directions in the SAME vacuum chamber. The T ...
... The TEVATRON is presently the ‘energy frontier’ collider in operation at FNAL, with a beam energy of 980 GeV and a size of ~ ¼ LHC. It is the first super-conducting collider ever build. It collides proton and anti-proton bunches that circulate in opposite directions in the SAME vacuum chamber. The T ...
Spin Conductivity in Two-Dimensional Non
... We notice that the lowest and highest values of the excitation spectrum in magnetic Brillouin zone determine the threshold of low- and high-frequency limits of the spin conductivity. We also note that the lower bound of the spin conductivity spectrum at low fields h/J ≤ 1 is determined by the excita ...
... We notice that the lowest and highest values of the excitation spectrum in magnetic Brillouin zone determine the threshold of low- and high-frequency limits of the spin conductivity. We also note that the lower bound of the spin conductivity spectrum at low fields h/J ≤ 1 is determined by the excita ...
Editorial Inaugural Issue Let All Truth Seekers Be the Vessels to
... “sentience is covertly connected to space-time geometry when axioms of congruency are stipulated, essentially hiding in the formality what is sense-certain.” The work of Dick Richardson illustrates from the mystical point of view “consciousness, time and prespacetime as consciousness finds it to be. ...
... “sentience is covertly connected to space-time geometry when axioms of congruency are stipulated, essentially hiding in the formality what is sense-certain.” The work of Dick Richardson illustrates from the mystical point of view “consciousness, time and prespacetime as consciousness finds it to be. ...
Thermal conductivity of carbon nanotubes
... we focus on understanding the lattice thermal transport properties of carbon nanotubes. The method employed here [8] is general and can be applied to many other systems. Due to the technological difficulties of synthesizing high-quality and well-ordered nanotubes, it is still challenging to perform ...
... we focus on understanding the lattice thermal transport properties of carbon nanotubes. The method employed here [8] is general and can be applied to many other systems. Due to the technological difficulties of synthesizing high-quality and well-ordered nanotubes, it is still challenging to perform ...
A Course in Consciousness
... Even those who claim to hold to philosophies other than materialism are influenced by it, perhaps in ways they are completely unaware of. Its fundamental principle is that matter and energy are primary and all else is secondary, in the sense that all else is derived from, or is an outgrowth of, matt ...
... Even those who claim to hold to philosophies other than materialism are influenced by it, perhaps in ways they are completely unaware of. Its fundamental principle is that matter and energy are primary and all else is secondary, in the sense that all else is derived from, or is an outgrowth of, matt ...
Lindblad theory of dynamical decoherence of quantum-dot excitons P. R. Eastham,
... in quantum dots. As a further application of this theory, we use it to demonstrate the feasibility of measuring the phonon spectra and distribution functions, by exploiting the driving-field dependence of the effective damping rates. We propose and analyze two forms of such spectroscopy, one based o ...
... in quantum dots. As a further application of this theory, we use it to demonstrate the feasibility of measuring the phonon spectra and distribution functions, by exploiting the driving-field dependence of the effective damping rates. We propose and analyze two forms of such spectroscopy, one based o ...
Electronic Structure of Clusters and Nanocrystals
... There is one notable difference in the Hartree-Fock summations compared to the Hartree summation. The Hartree-Fock sums include the i = j terms in Eq. §.13. This difference arises because the exchange term corresponding to i = j cancels an equivalent term in the Coulomb summation. The i = j term in ...
... There is one notable difference in the Hartree-Fock summations compared to the Hartree summation. The Hartree-Fock sums include the i = j terms in Eq. §.13. This difference arises because the exchange term corresponding to i = j cancels an equivalent term in the Coulomb summation. The i = j term in ...
Dynamic Sociometry in Particle Swarm Optimization
... sociometry performs. Because of the high connectivity present at the beginning in the star sociometry, the swarm is drawn early to a sub-optimal region. It fails to thoroughly explore the whole space. Giunta. As with the Rastrigin function, performance increases as the size of the population increas ...
... sociometry performs. Because of the high connectivity present at the beginning in the star sociometry, the swarm is drawn early to a sub-optimal region. It fails to thoroughly explore the whole space. Giunta. As with the Rastrigin function, performance increases as the size of the population increas ...
Berry phase effects in magnetism - the Welcome Page of the Institute
... is the Berry phase. The last term in the latter equation arises when the states |n(R)i are not a single-valued function of R in the region of interest of the parameter space2 , and is given by αn (C) = i ln [hn(R(0))|n(R(T ))i] . ...
... is the Berry phase. The last term in the latter equation arises when the states |n(R)i are not a single-valued function of R in the region of interest of the parameter space2 , and is given by αn (C) = i ln [hn(R(0))|n(R(T ))i] . ...
Nonlinear Quantum Optics in a Waveguide: Distinct Single Photons Strongly
... is allowed, which can result in the transmission of photon a through the reflective barrier. The distinguishing feature of waveguide QED is the strong resonant interference of scattered and incident photons by the atomic transition of a single atom [15]. Strong coupling between the atom and the wave ...
... is allowed, which can result in the transmission of photon a through the reflective barrier. The distinguishing feature of waveguide QED is the strong resonant interference of scattered and incident photons by the atomic transition of a single atom [15]. Strong coupling between the atom and the wave ...
Multi-species systems in optical lattices: effects of disorder
... interacting system at zero temperature for both symmetric and asymmetric lattices. This material is the content of Paper I. We continue with the strongly correlated regime in Chapter 5, where we investigate the Mott insulator phase of various systems in the p and d bands in terms of effective spin m ...
... interacting system at zero temperature for both symmetric and asymmetric lattices. This material is the content of Paper I. We continue with the strongly correlated regime in Chapter 5, where we investigate the Mott insulator phase of various systems in the p and d bands in terms of effective spin m ...
Sub-Planckian black holes and the Generalized Uncertainty Principle
... asymptotes to RC for M MPl and RS for M MPl . Models in which this function is symmetric under the duality transformation M ↔ 1/M (such as the linear and quadratic forms given above) are said to satisfy the strong BHUP correspondence [20]. One controversial implication of the BHUP correspondence ...
... asymptotes to RC for M MPl and RS for M MPl . Models in which this function is symmetric under the duality transformation M ↔ 1/M (such as the linear and quadratic forms given above) are said to satisfy the strong BHUP correspondence [20]. One controversial implication of the BHUP correspondence ...
Is there a stable hydrogen atom in higher dimensions?
... first the kinetic energy in the Schrödinger has the usual form described by the d-dimensional Laplacian and that the electrostatic interaction in the Schrödinger equation has the same form irrespective of the spatial dimension. This of course leads to modified Maxwell equations in higher dimension ...
... first the kinetic energy in the Schrödinger has the usual form described by the d-dimensional Laplacian and that the electrostatic interaction in the Schrödinger equation has the same form irrespective of the spatial dimension. This of course leads to modified Maxwell equations in higher dimension ...
Phase Transitions - Helmut Katzgraber
... This implies that for the limit N → ∞ the energy difference goes to minus infinity which means that the building of a domain wall is energetically more favourable. More and more domain walls are built and we will not observe a state with all spins up (or down). Thus there is on phase transition in o ...
... This implies that for the limit N → ∞ the energy difference goes to minus infinity which means that the building of a domain wall is energetically more favourable. More and more domain walls are built and we will not observe a state with all spins up (or down). Thus there is on phase transition in o ...
CHAPTER 14: Elementary Particles
... If enough energy is transferred to the “sea,” an electron can be ejected with positive energy leaving behind a hole that is the positron, denoted by e+. ...
... If enough energy is transferred to the “sea,” an electron can be ejected with positive energy leaving behind a hole that is the positron, denoted by e+. ...
Quantum Databases
... Whether in travel planning, calendar management, or other application domains, most of today’s resource allocation solutions do not fully utilize the opportunities provided by user flexibility and the request-to-usage time delay. If they do, they achieve this through custom ad-hoc code. There is cur ...
... Whether in travel planning, calendar management, or other application domains, most of today’s resource allocation solutions do not fully utilize the opportunities provided by user flexibility and the request-to-usage time delay. If they do, they achieve this through custom ad-hoc code. There is cur ...
Classical & quantum dynamics of information
... entanglement and relevant techniques such as majorization, are introduced. To illustrate some of the concepts reviewed here I discuss the entanglement properties of an exactly soluble many-body model which was studied in paper (E) of the publication list corresponding to the present Thesis. An alte ...
... entanglement and relevant techniques such as majorization, are introduced. To illustrate some of the concepts reviewed here I discuss the entanglement properties of an exactly soluble many-body model which was studied in paper (E) of the publication list corresponding to the present Thesis. An alte ...
The Higgs Discovery as a Diagnostic Causal Inference
... causal relevance relations even if the method of difference to establish the causal relevance relation was not applied to the entity itself. Instead, using well-known entities, you can establish causal relevance relations that are sufficiently general to be instantiated by the hitherto unknown entit ...
... causal relevance relations even if the method of difference to establish the causal relevance relation was not applied to the entity itself. Instead, using well-known entities, you can establish causal relevance relations that are sufficiently general to be instantiated by the hitherto unknown entit ...
Possible large-N fixed-points and naturalness for O(N) scalar fields
... including 1/N corrections, scale invariance can be maintained only for one3 λ = λ0 . This would be acceptable, since m = 0, λ = λ0 would be natural due to scale invariance at that point. Our model has only two free parameters at large-N, ensuring predictive power. Here we address issues relevant to ...
... including 1/N corrections, scale invariance can be maintained only for one3 λ = λ0 . This would be acceptable, since m = 0, λ = λ0 would be natural due to scale invariance at that point. Our model has only two free parameters at large-N, ensuring predictive power. Here we address issues relevant to ...