Curso intensivo y Workshop de Física Matemática
... dynamical systems are explained in this lecture, illustrated with several interesting models, developed in the study of my PhD thesis. ...
... dynamical systems are explained in this lecture, illustrated with several interesting models, developed in the study of my PhD thesis. ...
view as pdf - KITP Online
... Nonthermal fixed points / universality far from equilibrium: • crucial for thermalization process from instabilities/overpopulation! • strongly nonlinear regime of stationary transport (dual cascade)! • Bose condensation from inverse particle cascade! • large amplification of quantum corrections for ...
... Nonthermal fixed points / universality far from equilibrium: • crucial for thermalization process from instabilities/overpopulation! • strongly nonlinear regime of stationary transport (dual cascade)! • Bose condensation from inverse particle cascade! • large amplification of quantum corrections for ...
Diffusion - QMC - University of Cambridge
... •We want to minimize the electric enthalpy functional •We need an hermitian Hamiltonian •We obtain a Hamiltonian which depends self-consistently upon the wavefunctions: ˆ ...
... •We want to minimize the electric enthalpy functional •We need an hermitian Hamiltonian •We obtain a Hamiltonian which depends self-consistently upon the wavefunctions: ˆ ...
t_v_ramakrishnan
... Can obtain physical properties ( eg single particle Green’s function) in an approximation which is exact in d= ∞, but not bad for d=2 or 3 ( eg DMFT experience) There are no good momentum quasiparticles The system is a disordered quantum paramagnetic metal with local magnetic moments at each site, p ...
... Can obtain physical properties ( eg single particle Green’s function) in an approximation which is exact in d= ∞, but not bad for d=2 or 3 ( eg DMFT experience) There are no good momentum quasiparticles The system is a disordered quantum paramagnetic metal with local magnetic moments at each site, p ...
Talk, 15 MB - Seth Aubin - College of William and Mary
... Surprise! Reach Tc with only a 30x loss in number. (trap loaded with 2x107 atoms) Experimental cycle = 5 - 15 seconds ...
... Surprise! Reach Tc with only a 30x loss in number. (trap loaded with 2x107 atoms) Experimental cycle = 5 - 15 seconds ...
The Origin of Inertia
... represent individual particles and the ink represents energy or mass. Just as pieces of paper of different sizes and thickness soak up varying amounts of ink, different particles 'soak up' varying amounts of energy or mass. The observed mass of a particle depends on the particle's 'energy absorbing' ...
... represent individual particles and the ink represents energy or mass. Just as pieces of paper of different sizes and thickness soak up varying amounts of ink, different particles 'soak up' varying amounts of energy or mass. The observed mass of a particle depends on the particle's 'energy absorbing' ...
#NSLive Mysteries of matter: What the LHC will discover next
... What’s Next for the LHC? Dr. Peter Skands, Monash U & ARC Centre of Excellence for physics at the Terascale ...
... What’s Next for the LHC? Dr. Peter Skands, Monash U & ARC Centre of Excellence for physics at the Terascale ...
Rapporteur 4: Theory summary (30) Larry McLerran
... String Theory: About 10% off for energy density (scaled by number of degrees of freedom) But……… ...
... String Theory: About 10% off for energy density (scaled by number of degrees of freedom) But……… ...
1.01_WIGNER_ffk
... Wigner Research Centre for Physics of the Hungarian Academy of Sciences Agnes Buka, deputy director-general ...
... Wigner Research Centre for Physics of the Hungarian Academy of Sciences Agnes Buka, deputy director-general ...
History of Particle Physics (lecture notes)
... discovery of the photon. Photons had, of course, been observed since long before humans walked the Earth. But they were not clearly recognized as particles prior to revolutionary developments in ...
... discovery of the photon. Photons had, of course, been observed since long before humans walked the Earth. But they were not clearly recognized as particles prior to revolutionary developments in ...
references - StealthSkater
... a set of mathematical rules to describe what in fact does happen). But when we re-ask the question "Why didn't the electron radiate away its energy?", the answer is basically "Well, in Quantum Theory, it doesn't." It's at this point that not only the layman but also some physicists can begin to feel ...
... a set of mathematical rules to describe what in fact does happen). But when we re-ask the question "Why didn't the electron radiate away its energy?", the answer is basically "Well, in Quantum Theory, it doesn't." It's at this point that not only the layman but also some physicists can begin to feel ...
Rusov-Presentation-Sofia-Mateev-NuclearFission
... fission, which was based on the newest experimental data for alpha-decay of even-even super heavy nuclei (Z=114, 116, 118) have shown the good coincidence of the experimental and theoretical half-life depend on of alphadecay energy. ...
... fission, which was based on the newest experimental data for alpha-decay of even-even super heavy nuclei (Z=114, 116, 118) have shown the good coincidence of the experimental and theoretical half-life depend on of alphadecay energy. ...
Single Spin Asymmetries with real photons in inclusive eN scattering
... non-circular orbits – surprise “Natural” explanation – AP: non-circular – more probable (in reality about 20% with e < 0.1) Other Solar planets circular – because it is not possible for one circular and other non-circular planets to emerge ...
... non-circular orbits – surprise “Natural” explanation – AP: non-circular – more probable (in reality about 20% with e < 0.1) Other Solar planets circular – because it is not possible for one circular and other non-circular planets to emerge ...
Lecture 3 Operator methods in quantum mechanics
... Although wave mechanics is capable of describing quantum behaviour of bound and unbound particles, some properties can not be represented this way, e.g. electron spin degree of freedom. It is therefore convenient to reformulate quantum mechanics in framework that involves only operators, e.g. Ĥ. Ad ...
... Although wave mechanics is capable of describing quantum behaviour of bound and unbound particles, some properties can not be represented this way, e.g. electron spin degree of freedom. It is therefore convenient to reformulate quantum mechanics in framework that involves only operators, e.g. Ĥ. Ad ...
Introduction: what is quantum field theory
... Suppose we capture a proton from a cosmic ray which we identify as coming from a supernova lying 8 billion lightyears away. We compare this proton with one freshly minted in a particle accelerator here on Earth. And the two are exactly the same! How is this possible? Why aren’t there errors in proto ...
... Suppose we capture a proton from a cosmic ray which we identify as coming from a supernova lying 8 billion lightyears away. We compare this proton with one freshly minted in a particle accelerator here on Earth. And the two are exactly the same! How is this possible? Why aren’t there errors in proto ...
Degeneracy
... In 3D: have 3 degrees of freedom. Boundary conditions in terms of r,θ,φ What are the boundary conditions on the wave function ψ in r ? A. ψ must go to 0 at r=0 B. ψ must go to 0 at r=infinity C. ψ at r=infinity must equal to ψ at r=0, but value can be non-zero. D. A and B ...
... In 3D: have 3 degrees of freedom. Boundary conditions in terms of r,θ,φ What are the boundary conditions on the wave function ψ in r ? A. ψ must go to 0 at r=0 B. ψ must go to 0 at r=infinity C. ψ at r=infinity must equal to ψ at r=0, but value can be non-zero. D. A and B ...
PDF
... The spin is a intrinsic symmetry property, or quantum observable of all quantum particles, and its orientation is an important degree of freedom. Roughly speaking, the spin of a particle is a contribution to its angular momentum that is not due to its motion but whose correct calculation requires re ...
... The spin is a intrinsic symmetry property, or quantum observable of all quantum particles, and its orientation is an important degree of freedom. Roughly speaking, the spin of a particle is a contribution to its angular momentum that is not due to its motion but whose correct calculation requires re ...
Physics 106a/196a – Problem Set 7 – Due Dec 1,...
... 3. (106a/196a) A satellite is to be launched from the surface of the earth. Assume the earth is a sphere of radius R and neglect friction with the atmosphere. The satellite is to be launched at an angle α with the vertical, with a velocity v0 , so as to coast without power until its velocity is hori ...
... 3. (106a/196a) A satellite is to be launched from the surface of the earth. Assume the earth is a sphere of radius R and neglect friction with the atmosphere. The satellite is to be launched at an angle α with the vertical, with a velocity v0 , so as to coast without power until its velocity is hori ...
Chapter 2 Statistical Thermodynamics 1
... - A satisfactory theory can be developed using only the quantum mechanics concepts of quantum states, and energy levels. - A thermodynamic system is regarded as an assembly of submicroscopic entities in an enormous number of every-changing quantum states. We use the term assembly or system to denote ...
... - A satisfactory theory can be developed using only the quantum mechanics concepts of quantum states, and energy levels. - A thermodynamic system is regarded as an assembly of submicroscopic entities in an enormous number of every-changing quantum states. We use the term assembly or system to denote ...
STM Physical Backgrounds - NT-MDT
... classical mechanics, to describe a system of material points at a certain moment of time, it is enough to set every point coordinates and momentum components. In quantum mechanics it is in principle impossible to determine simultaneously coordinates and momentum components of even single point accor ...
... classical mechanics, to describe a system of material points at a certain moment of time, it is enough to set every point coordinates and momentum components. In quantum mechanics it is in principle impossible to determine simultaneously coordinates and momentum components of even single point accor ...
Equations of Discontinuity - Max-Planck
... Italian Daniela Monaldi, for example, studies the early history of Bose-Einstein condensation, which has become an important tool of experimental quantum physics, and whose development has, as yet, hardly been researched at all. In addition, from a historical perspective, the genesis of the modern q ...
... Italian Daniela Monaldi, for example, studies the early history of Bose-Einstein condensation, which has become an important tool of experimental quantum physics, and whose development has, as yet, hardly been researched at all. In addition, from a historical perspective, the genesis of the modern q ...
What is Time in Quantum Mechanics?
... These registration acts are events, and we can record their time. Therefore in quantum theory events, together with their timing, are important observational data. Events are being recorded also in nuclear decays. Yet timing of the events was escaping precise quantum mechanical formulation, mainly ...
... These registration acts are events, and we can record their time. Therefore in quantum theory events, together with their timing, are important observational data. Events are being recorded also in nuclear decays. Yet timing of the events was escaping precise quantum mechanical formulation, mainly ...
Quantum theory
... the Stark effects. For the latter problem, he developed perturbation theory, useful for an enormous number of problems. A third formulation of quantum mechanics was found by P. A. M. Dirac (1926), while he was still a graduate student at Cambridge. It is more general than either of the former ones a ...
... the Stark effects. For the latter problem, he developed perturbation theory, useful for an enormous number of problems. A third formulation of quantum mechanics was found by P. A. M. Dirac (1926), while he was still a graduate student at Cambridge. It is more general than either of the former ones a ...
dark energy stars - at www.arxiv.org.
... time based on sychronization of atomic clocks. A simple way to see this is to try and use GPS-like coordinates to map out space time (as was suggested by John Synge in 1921). In the case of spherical symmetry this would appear to require just 1 satellite, and allows one to introduce coordinates x0 = ...
... time based on sychronization of atomic clocks. A simple way to see this is to try and use GPS-like coordinates to map out space time (as was suggested by John Synge in 1921). In the case of spherical symmetry this would appear to require just 1 satellite, and allows one to introduce coordinates x0 = ...