Eigenstate Phase Transitions
... equations, we now call “Newton’s Laws”. These laws solve nearly every mechanical phenomenon we observe in daily life! However, when we would like to further understand the microscopic structures of thermal behaviors, we must consider many interacting degrees of freedom, too many to explicitly solve ...
... equations, we now call “Newton’s Laws”. These laws solve nearly every mechanical phenomenon we observe in daily life! However, when we would like to further understand the microscopic structures of thermal behaviors, we must consider many interacting degrees of freedom, too many to explicitly solve ...
Maximum Probability Domains for Hubbard Models
... In the present work, we aim to go beyond purely analytical models by performing full configuration interaction (FCI) calculations for a discrete Hubbard model system. In this model system, both the domain probabilities as well as the optimisation of the domains can be formulated much more succinctly ...
... In the present work, we aim to go beyond purely analytical models by performing full configuration interaction (FCI) calculations for a discrete Hubbard model system. In this model system, both the domain probabilities as well as the optimisation of the domains can be formulated much more succinctly ...
Long-range Rydberg-Rydberg interactions in calcium, strontium and
... The calculation of the C6 coefficients also involves a summation over intermediate pair states. As is illustrated by figure 1, the sum is dominated by the pair states with the smallest Förster defect ∆. Including in the sum the 15,000 (or thereabout) pair states with the smallest values of ∆ was su ...
... The calculation of the C6 coefficients also involves a summation over intermediate pair states. As is illustrated by figure 1, the sum is dominated by the pair states with the smallest Förster defect ∆. Including in the sum the 15,000 (or thereabout) pair states with the smallest values of ∆ was su ...
Shor`s Factoring Algorithm and Modern Cryptography. An Illustration
... can seem impregnable, especially when the key involves unusual or unfamiliar symbols, they actually are readily deciphered taking advantage of the peculiarities of the language (assumedly known or correctly guessed) in which the plaintext had been written, as 15th century Arab cryptologists already ...
... can seem impregnable, especially when the key involves unusual or unfamiliar symbols, they actually are readily deciphered taking advantage of the peculiarities of the language (assumedly known or correctly guessed) in which the plaintext had been written, as 15th century Arab cryptologists already ...
Lecture notes
... quantum Hall (QH) states that all have the same symmetry. • Different QH states cannot be described by symmetry breaking theory. • We call the new order topological order Wen 89 Xiao-Gang Wen, Perimeter/MIT, Dec. 2012 ...
... quantum Hall (QH) states that all have the same symmetry. • Different QH states cannot be described by symmetry breaking theory. • We call the new order topological order Wen 89 Xiao-Gang Wen, Perimeter/MIT, Dec. 2012 ...
Quantum Theory on Genome Evolution
... Genome is a well-defined system for studying evolution of species. There are many topics on genome evolution. A central problem is genome size evolution. The C-value enigma is still puzzling and perplexing [1][2]. How to understand the time arrow of the evolution ? [3] The directionality means there ...
... Genome is a well-defined system for studying evolution of species. There are many topics on genome evolution. A central problem is genome size evolution. The C-value enigma is still puzzling and perplexing [1][2]. How to understand the time arrow of the evolution ? [3] The directionality means there ...
using standard pra s
... impetus for a detailed theoretical analysis of the state vectors and matrix elements of this fundamental two-electron system. Precision measurements at nonzero electric field can, in particular, be performed at an electric-field anticrossing, where the energy separation of a pair of sublevels has a ...
... impetus for a detailed theoretical analysis of the state vectors and matrix elements of this fundamental two-electron system. Precision measurements at nonzero electric field can, in particular, be performed at an electric-field anticrossing, where the energy separation of a pair of sublevels has a ...
Cold Electron Quantum Mechanical Model for Superconductivity
... inequality; regarded it as a natural disposition of micro particles, and to be independent from measure, and renamed it as the uncertainty principle. The third attitude was that they consider these two completely different expressions to be equivalent. No matter what kinds of things they were, an im ...
... inequality; regarded it as a natural disposition of micro particles, and to be independent from measure, and renamed it as the uncertainty principle. The third attitude was that they consider these two completely different expressions to be equivalent. No matter what kinds of things they were, an im ...
Lecture Notes: Condensed Matter Theory I (TKM1)
... aspect of condensed matter physics is exciting and important. Still, we should not forget that the …eld also contributes to the accumulation of fundamental knowledge and to major philosophical issues of our times. The value of Planck’s quantum, ~, or of the electron charge, e, are de…ned via solid s ...
... aspect of condensed matter physics is exciting and important. Still, we should not forget that the …eld also contributes to the accumulation of fundamental knowledge and to major philosophical issues of our times. The value of Planck’s quantum, ~, or of the electron charge, e, are de…ned via solid s ...
chapter 5
... in equations above, E is the total energy, which we can normalize to be the kinetic energy plus the potential energy, (if we set rest energy E0= 0, as a reference form which energy is counted - which we can do arbitrarily) ...
... in equations above, E is the total energy, which we can normalize to be the kinetic energy plus the potential energy, (if we set rest energy E0= 0, as a reference form which energy is counted - which we can do arbitrarily) ...
Quantum reflection and dwell times of
... 0.5 MeV from threshold hints toward the existence of an eta-mesic state close to threshold T. Mersmann et al., Phys. Rev. Lett. 98, 242301 (2007) The photoproduction of η - mesic 3He was investigated using the TAPS calorimeter at the Mainz Microtron accelerator facility MAMI. A binding energy of (-4 ...
... 0.5 MeV from threshold hints toward the existence of an eta-mesic state close to threshold T. Mersmann et al., Phys. Rev. Lett. 98, 242301 (2007) The photoproduction of η - mesic 3He was investigated using the TAPS calorimeter at the Mainz Microtron accelerator facility MAMI. A binding energy of (-4 ...