Relativistic Quantum Information: developments in Quantum
... General relativity is the theory that describes gravity which is currently accepted in the frame of modern physics. It fits all the phenomenology previously observed and successfully predicted a plethora of experimental results. Not only has it been experimentally tested a number of times but its ap ...
... General relativity is the theory that describes gravity which is currently accepted in the frame of modern physics. It fits all the phenomenology previously observed and successfully predicted a plethora of experimental results. Not only has it been experimentally tested a number of times but its ap ...
Classification of topological quantum matter with
... et al., 2009; Qi et al., 2008), dissipationless spin currents, and proximity-induced topological superconductivity (Fu and Kane, 2008). These novel properties have recently attracted great interest, since they could potentially be used for new technical applications, ranging from spin electronic dev ...
... et al., 2009; Qi et al., 2008), dissipationless spin currents, and proximity-induced topological superconductivity (Fu and Kane, 2008). These novel properties have recently attracted great interest, since they could potentially be used for new technical applications, ranging from spin electronic dev ...
SCIENTIFIC ACHIEVEMENTS OF VLADIMIR GRIBOV LN Lipatov
... After publishing the papers devoted to deep inelastic scattering V. Gribov began to work on more fundamental problems of QCD which were beyond the applicability of perturbation theory. He discovered the important property of nonabelian gauge theories which is known as ”Gribov’s ambiguities” Nucl. P ...
... After publishing the papers devoted to deep inelastic scattering V. Gribov began to work on more fundamental problems of QCD which were beyond the applicability of perturbation theory. He discovered the important property of nonabelian gauge theories which is known as ”Gribov’s ambiguities” Nucl. P ...
Particle Physics 2011
... The analysis project was clearly dominated by the high number of publications of the LHC experiments. Many studies are ongoing to combine the results from different experiments and interpret the data in the context of different theoretical models. The Alliance was also very active in the preparation ...
... The analysis project was clearly dominated by the high number of publications of the LHC experiments. Many studies are ongoing to combine the results from different experiments and interpret the data in the context of different theoretical models. The Alliance was also very active in the preparation ...
TK_LV_NExT
... After the recognition of theoretical processes that create Lorentz violation, testing Lorentz invariance becomes very exciting Lorentz and CPT violation has been shown to occur in Planck scale theories, including: - string theory - noncommutative field theory - quantum loop gravity - extra dimension ...
... After the recognition of theoretical processes that create Lorentz violation, testing Lorentz invariance becomes very exciting Lorentz and CPT violation has been shown to occur in Planck scale theories, including: - string theory - noncommutative field theory - quantum loop gravity - extra dimension ...
review by Alicea
... live in three dimensions, electrons carry spin, and p-wave pairing is scarce in nature. To a large extent this optimism stems from the recent revelation that one can engineer low-dimensional topological superconductors by judiciously forming heterostructures with conventional bulk s-wave superconduc ...
... live in three dimensions, electrons carry spin, and p-wave pairing is scarce in nature. To a large extent this optimism stems from the recent revelation that one can engineer low-dimensional topological superconductors by judiciously forming heterostructures with conventional bulk s-wave superconduc ...
Topological phases and polaron physics in ultra cold quantum gases
... typically means that we can write down a Hamiltonian Ĥ (or a Lagrangian) which describes the relevant microscopic degrees of freedom. However, this by far does not mean that all the physics is well understood at moderate energies! The interplay of many indistinguishable particles – of the order of ...
... typically means that we can write down a Hamiltonian Ĥ (or a Lagrangian) which describes the relevant microscopic degrees of freedom. However, this by far does not mean that all the physics is well understood at moderate energies! The interplay of many indistinguishable particles – of the order of ...
Topology and geometry in a quantum condensed matter system
... Following this analogy, the topological classification of general gapped many-body states of matter may be used to describe the subclass of states that can be described by the band theory of solids. The shape of the band structure and how the energy bands are knotted defines topological invariants c ...
... Following this analogy, the topological classification of general gapped many-body states of matter may be used to describe the subclass of states that can be described by the band theory of solids. The shape of the band structure and how the energy bands are knotted defines topological invariants c ...
STRAND F: GEOMETRY F1 Angles and Symmetry Text
... In the diagram above, not drawn to scale, AB is parallel to CD and EG is parallel to FH, angle IJL = 50° and angle KIJ = 95° . Calculate the values of x, y and z, showing clearly the steps in your calculations. ...
... In the diagram above, not drawn to scale, AB is parallel to CD and EG is parallel to FH, angle IJL = 50° and angle KIJ = 95° . Calculate the values of x, y and z, showing clearly the steps in your calculations. ...
slides - Frontiers of Fundamental Physics (FFP14)
... • Since the unirreps Hξ (ξ ∈ g∗ ) are “supported” by ξ, let’s consider the states in M corresponding to a fixed “value” ξ of the “momentum”, that is ...
... • Since the unirreps Hξ (ξ ∈ g∗ ) are “supported” by ξ, let’s consider the states in M corresponding to a fixed “value” ξ of the “momentum”, that is ...
H1 Angles and Symmetry
... In the diagram above, not drawn to scale, AB is parallel to CD and EG is parallel to FH, angle IJL = 50° and angle KIJ = 95° . Calculate the values of x, y and z, showing clearly the steps in your calculations. ...
... In the diagram above, not drawn to scale, AB is parallel to CD and EG is parallel to FH, angle IJL = 50° and angle KIJ = 95° . Calculate the values of x, y and z, showing clearly the steps in your calculations. ...
Particle Physics and Inflationary Cosmology
... to exceed the observed density of matter at the present time, ρ ∼ 10−29 g · cm−3 , by approximately fifteen orders of magnitude [40]. At first, it seemed that uncertainties inherent in both the hot universe theory and the grand unified theories, being very large, would provide an easy way out of the ...
... to exceed the observed density of matter at the present time, ρ ∼ 10−29 g · cm−3 , by approximately fifteen orders of magnitude [40]. At first, it seemed that uncertainties inherent in both the hot universe theory and the grand unified theories, being very large, would provide an easy way out of the ...
Coherent Spin Dynamics of a Spin-1 Bose-Einstein
... (motional) degrees of freedom by interfering two condensates. In this thesis, we show that the coherence extends to the internal spin degrees of freedom of a spin-1 Bose gas by observing coherent and reversible spin-changing collisions. The observed coherent dynamics are analogous to Josephson oscil ...
... (motional) degrees of freedom by interfering two condensates. In this thesis, we show that the coherence extends to the internal spin degrees of freedom of a spin-1 Bose gas by observing coherent and reversible spin-changing collisions. The observed coherent dynamics are analogous to Josephson oscil ...
Reconstruction of ttZ Events Using Kinematic Likelihood Fits at the
... der investigation and some of its properties have not been measured yet. One of these properties, the top quark’s weak isospin, remains undetermined despite its paramount importance for validating the Standard-Model likeness of the top quark. A precise measurement of the weak isospin will be a key a ...
... der investigation and some of its properties have not been measured yet. One of these properties, the top quark’s weak isospin, remains undetermined despite its paramount importance for validating the Standard-Model likeness of the top quark. A precise measurement of the weak isospin will be a key a ...
Colloquium Slides
... There is only a handful of questions our model for fundamental physics cannot explain (these are personal. Feel free to complain). • What is the physics behind electroweak symmetry breaking? (Higgs X). • What is the dark matter? (not in SM). • Why is there more matter than antimatter in the Universe ...
... There is only a handful of questions our model for fundamental physics cannot explain (these are personal. Feel free to complain). • What is the physics behind electroweak symmetry breaking? (Higgs X). • What is the dark matter? (not in SM). • Why is there more matter than antimatter in the Universe ...
Nematic Fermi Fluids in Condensed Matter Physics
... rotational symmetry breaking. Alas, it is nearly as difficult to obtain a satisfactory understanding of classical liquids as of highly correlated quantum fluids. Nevertheless, many spectacular thermodynamic and hydrodynamic properties follow directly from the symmetry breaking in liquid crystalline ...
... rotational symmetry breaking. Alas, it is nearly as difficult to obtain a satisfactory understanding of classical liquids as of highly correlated quantum fluids. Nevertheless, many spectacular thermodynamic and hydrodynamic properties follow directly from the symmetry breaking in liquid crystalline ...
Frank Wilczek 1 Selected Publications of Frank Wilczek, with Brief Commentary
... In 2004 I shared the physics Nobel Prize “for the discovery of asymptotic freedom in the theory of the strong interaction”. Laureates are asked to prepare a public scientific lecture for delivery in Stockholm, and later to supply a brief biography to be published along with it. I took the opportunit ...
... In 2004 I shared the physics Nobel Prize “for the discovery of asymptotic freedom in the theory of the strong interaction”. Laureates are asked to prepare a public scientific lecture for delivery in Stockholm, and later to supply a brief biography to be published along with it. I took the opportunit ...
Theoretical studies of frustrated magnets with dipolar interactions
... theoretical models, such as classical Ising or Heisenberg spin systems, and, to some extent, such models are able to qualitatively expose many experimentally observed phenomena. But often, to account for complex behavior of magnetic matter, such models have to be refined by including more terms in H ...
... theoretical models, such as classical Ising or Heisenberg spin systems, and, to some extent, such models are able to qualitatively expose many experimentally observed phenomena. But often, to account for complex behavior of magnetic matter, such models have to be refined by including more terms in H ...
Exciton-Polariton Bose-Einstein Condensation: Advances and
... parameter of the phase transition. In the framework of phase transition phenomena, the most defining evidence of BEC is the appearance of long range order [25, 26]. The proper and most natural order parameter is the condensate wavefunction, which, for free and non interacting bosons, corresponds to ...
... parameter of the phase transition. In the framework of phase transition phenomena, the most defining evidence of BEC is the appearance of long range order [25, 26]. The proper and most natural order parameter is the condensate wavefunction, which, for free and non interacting bosons, corresponds to ...
Symmetry in Nature
... honestly made, when it is cast it has an equal chance of landing on any of its six faces. The cube is one example of a small group of regular polyhedra—solid bodies with flat planes for faces, which satisfy the symmetry requirement that every face, every edge, and every corner should be precisely th ...
... honestly made, when it is cast it has an equal chance of landing on any of its six faces. The cube is one example of a small group of regular polyhedra—solid bodies with flat planes for faces, which satisfy the symmetry requirement that every face, every edge, and every corner should be precisely th ...
POLYGONS
... New discoveries in geometry are still being made with the advent of computers, in particular fractal geometry. The most famous of these being Benoit Mandelbrot Fractal pattern. ...
... New discoveries in geometry are still being made with the advent of computers, in particular fractal geometry. The most famous of these being Benoit Mandelbrot Fractal pattern. ...
Journal of Theoretics
... (RHS), since each and every is a hidden interaction minimum temperature and in a mode to any. Each and every path leads to the any maximum entropy state. state of all histories of the event of 1+1=2. The vacuum state fully occupied. The ‘final’ counted partition is a singlet state, where each and ev ...
... (RHS), since each and every is a hidden interaction minimum temperature and in a mode to any. Each and every path leads to the any maximum entropy state. state of all histories of the event of 1+1=2. The vacuum state fully occupied. The ‘final’ counted partition is a singlet state, where each and ev ...