
Field-theoretic Methods
... of spatio-temporal patterns, and phase transitions between different macroscopic states. These are characterized in terms of some appropriate collective variables, often termed order parameters, which describe the large-scale and long-time system properties. The time evolution of complex systems typ ...
... of spatio-temporal patterns, and phase transitions between different macroscopic states. These are characterized in terms of some appropriate collective variables, often termed order parameters, which describe the large-scale and long-time system properties. The time evolution of complex systems typ ...
Slide 1
... Famous proposal for how to solve NP-complete problems: Dip two glass plates with pegs between them into soapy water. Let the soap bubbles form a “minimum Steiner tree” connecting the pegs ...
... Famous proposal for how to solve NP-complete problems: Dip two glass plates with pegs between them into soapy water. Let the soap bubbles form a “minimum Steiner tree” connecting the pegs ...
A non-perturbative solution for Bloch electrons in constant magnetic
... Therefore, ignoring gauge terms (which can be eliminated using an extra phase factor) we have made the vector potential periodic, giving us the final equation ∂ψ ...
... Therefore, ignoring gauge terms (which can be eliminated using an extra phase factor) we have made the vector potential periodic, giving us the final equation ∂ψ ...
L14alternative - Particle Physics and Particle Astrophysics
... For bound states the wavefunction penetrates the classically forbidden region. Thus, the particle exists in a region where its kinetic energy is negative. To find energies of these states we’ll solve the time independent Schrödinger equation: ...
... For bound states the wavefunction penetrates the classically forbidden region. Thus, the particle exists in a region where its kinetic energy is negative. To find energies of these states we’ll solve the time independent Schrödinger equation: ...
Final publishable summary report This section normally should not
... We implemented a two ion entangling gate to produce Bell states with the highest fidelity so far (99.3%) at the start of the project. The gate has also been used on thermal ions, i.e. without ground-state cooling. This result is of key importance for scalable quantum computing, as this generally req ...
... We implemented a two ion entangling gate to produce Bell states with the highest fidelity so far (99.3%) at the start of the project. The gate has also been used on thermal ions, i.e. without ground-state cooling. This result is of key importance for scalable quantum computing, as this generally req ...
From wave functions to quantum fields
... within a distance called the Compton wavelength of order = ~/mc (forgetting the factor 2), the probability to detect a pair of particle anti-particle becomes large. Thus, the notion of a single particle within a volume becomes a non-sense. The formalism must be able to describe states of any number ...
... within a distance called the Compton wavelength of order = ~/mc (forgetting the factor 2), the probability to detect a pair of particle anti-particle becomes large. Thus, the notion of a single particle within a volume becomes a non-sense. The formalism must be able to describe states of any number ...
CHM 4412 Physical Chemistry II - University of Illinois at
... *Some restrictions apply: There are observable effects due to the special theory of relativity such as the spin-orbit coupling, intersystem crossing, and other scalar relativistic effects. These effects can be substantial in heavy elements. There are also observable quantum electrodynamics effects, ...
... *Some restrictions apply: There are observable effects due to the special theory of relativity such as the spin-orbit coupling, intersystem crossing, and other scalar relativistic effects. These effects can be substantial in heavy elements. There are also observable quantum electrodynamics effects, ...
Quantum Information Technology
... .- The blackbody, Planck's law. Wave-corpuscle duality, De Broglie's law. Electron difraction. Energy quantization. Photoelectric effect. Bohr's atom model. .- Schrödinger equation. Probabilistic interpretation of the wave function. Quantum states and entanglement. Unidimensional potentials. The squ ...
... .- The blackbody, Planck's law. Wave-corpuscle duality, De Broglie's law. Electron difraction. Energy quantization. Photoelectric effect. Bohr's atom model. .- Schrödinger equation. Probabilistic interpretation of the wave function. Quantum states and entanglement. Unidimensional potentials. The squ ...
Quantum Tunneling - GK-12 Program at the University of Houston
... physics is not described by Newton anymore. Strange things happen and the behavior is described by very mathematical quantum mechanics. Quantum mechanics allows for small particles to tunnel through a barrier from time to time. The phenomena is described in terms of probabilities and the although th ...
... physics is not described by Newton anymore. Strange things happen and the behavior is described by very mathematical quantum mechanics. Quantum mechanics allows for small particles to tunnel through a barrier from time to time. The phenomena is described in terms of probabilities and the although th ...
Transport through interacting quantum wires and nanotubes
... QGL action, coefficients from full model ...
... QGL action, coefficients from full model ...
Dual approaches for defects condensation
... we need not know the details of how the condensate is formed it is important to stress that the condensate defines the vacuum and carries vital information about the symmetry content used in the construction of the effective theory. It is in this way also bound to have an effect in all the other fie ...
... we need not know the details of how the condensate is formed it is important to stress that the condensate defines the vacuum and carries vital information about the symmetry content used in the construction of the effective theory. It is in this way also bound to have an effect in all the other fie ...
Gauge-Gravity Duality and the Black Hole Interior
... forms [1,2] provides a construction of quantum gravity in spacetimes with special boundary conditions. This construction is algorithmic, following from that [3] of the dual field theory (DFT). It has already provided important insights—most notably, black holes evolve according to the rules of ordin ...
... forms [1,2] provides a construction of quantum gravity in spacetimes with special boundary conditions. This construction is algorithmic, following from that [3] of the dual field theory (DFT). It has already provided important insights—most notably, black holes evolve according to the rules of ordin ...
Course Title
... Second Exam Measure of angles and segments Saccheri-Legendre theorem Equivalence of parallel postulates Angle sum of a triangle ...
... Second Exam Measure of angles and segments Saccheri-Legendre theorem Equivalence of parallel postulates Angle sum of a triangle ...
Spontaneously broken gauge symmetry in a Bose gas with constant
... analysed modelling the underlying complex valued fugacity spectrum, considering very weak (s-wave) interactions and non-classical correlations between the particles. The phase gauge symmetry breaking process is continuously monitored by switching the gas temperature from above the critical temperatu ...
... analysed modelling the underlying complex valued fugacity spectrum, considering very weak (s-wave) interactions and non-classical correlations between the particles. The phase gauge symmetry breaking process is continuously monitored by switching the gas temperature from above the critical temperatu ...
Particle Physics and the LHC
... • We must explain the radiative corrections to the W-boson self-energy which are precisely measured • We must explain how WW scattering does not violate perturbative unitarity ...
... • We must explain the radiative corrections to the W-boson self-energy which are precisely measured • We must explain how WW scattering does not violate perturbative unitarity ...
Are the Past and the Future Really Out There?
... cosmology is practiced by many and is wedded to particle physics; and observations of the cosmic microwave background radiation (predicted, but unappreciated and unobserved, a half-century ago) has recently led to a claim of knowledge of the age of the universe with an error of only one percent. Str ...
... cosmology is practiced by many and is wedded to particle physics; and observations of the cosmic microwave background radiation (predicted, but unappreciated and unobserved, a half-century ago) has recently led to a claim of knowledge of the age of the universe with an error of only one percent. Str ...