Title First Name Last
... (LFQ) of constrained dynamical systems. Study of canonical structure, constrained dynamics, operator solutions and Hamiltonian, path Integral and BRST quantization of field theories, string theories and D-brane actions using the Dirac's relativistic IF and LF dynamics and construction and quantizati ...
... (LFQ) of constrained dynamical systems. Study of canonical structure, constrained dynamics, operator solutions and Hamiltonian, path Integral and BRST quantization of field theories, string theories and D-brane actions using the Dirac's relativistic IF and LF dynamics and construction and quantizati ...
QUANTUM MATTERS What is the matter? Einstein`s
... into something that we are more familiar with—sets. The object x is completely characterized by the sets Hom(x,y). 1.2.2. Unitarity and Locality. In the sense above, all physical systems are quantum systems. Their theoretical models are ultimately established by a trial-and-error process from experi ...
... into something that we are more familiar with—sets. The object x is completely characterized by the sets Hom(x,y). 1.2.2. Unitarity and Locality. In the sense above, all physical systems are quantum systems. Their theoretical models are ultimately established by a trial-and-error process from experi ...
Geometric phases and cyclic isotropic cosmologies
... 12], Asymptotically safe non-local gravity [13] and in General Relativity with matter-torsion interaction [14] just to name few. In the present paper, we ask ourselves whether such bouncing phenomena has some physical, long-term effects at the quantum level. At the classical level, we find this unli ...
... 12], Asymptotically safe non-local gravity [13] and in General Relativity with matter-torsion interaction [14] just to name few. In the present paper, we ask ourselves whether such bouncing phenomena has some physical, long-term effects at the quantum level. At the classical level, we find this unli ...
PowerPoint - Isaac Newton Institute for Mathematical Sciences
... Shor’s algorithm – exponential speedup of factoring – Depends on fast quantum technique for finding the period of a periodic function Grover’s algorithm – quadratic speedup of search – works by gradually focusing an initially uniform superposition over all candidates into one concentrated on the de ...
... Shor’s algorithm – exponential speedup of factoring – Depends on fast quantum technique for finding the period of a periodic function Grover’s algorithm – quadratic speedup of search – works by gradually focusing an initially uniform superposition over all candidates into one concentrated on the de ...
Joint Lecture Groningen
... １Birch and Swinnerton-Dyer Conjecture ２Hodge Conjecture ３Navier-Stokes Equations ４P vs NP ５Poincare Conjecture ６Riemann Hypothesis ...
... １Birch and Swinnerton-Dyer Conjecture ２Hodge Conjecture ３Navier-Stokes Equations ４P vs NP ５Poincare Conjecture ６Riemann Hypothesis ...
Degeneracy in one-dimensional quantum mechanics
... ABSTRACT: In this work we study the isotonic oscillator, V(x) = Ax2 + Bx−2 , on the ...
... ABSTRACT: In this work we study the isotonic oscillator, V(x) = Ax2 + Bx−2 , on the ...
Are Quantum States Exponentially Long Vectors?
... the vector that describes its state—and not only that, but possibly the state of another particle on the opposite side of the universe. Quick, what theory have I just described? The answer is classical probability theory. The moral is that, before we throw up our hands over the “extravagance” of the ...
... the vector that describes its state—and not only that, but possibly the state of another particle on the opposite side of the universe. Quick, what theory have I just described? The answer is classical probability theory. The moral is that, before we throw up our hands over the “extravagance” of the ...
Are Quantum States Exponentially Long Vectors?
... the vector that describes its state—and not only that, but possibly the state of another particle on the opposite side of the universe. Quick, what theory have I just described? The answer is classical probability theory. The moral is that, before we throw up our hands over the “extravagance” of the ...
... the vector that describes its state—and not only that, but possibly the state of another particle on the opposite side of the universe. Quick, what theory have I just described? The answer is classical probability theory. The moral is that, before we throw up our hands over the “extravagance” of the ...
Lattice QCD and String Theory Lattice 2005 Julius Kuti Confining Force
... Lorentz invariance outside the critical dimension D=26 Covariant (Virasoro) quantization leads to D-1 oscillators unless D=26 Z(2) vortex, Nielsen-Olesen vortex, and QCD string require Poincare invariance and D-2 oscillators (longitudinal oscillator is not protected as a Goldstone mode of symmetry b ...
... Lorentz invariance outside the critical dimension D=26 Covariant (Virasoro) quantization leads to D-1 oscillators unless D=26 Z(2) vortex, Nielsen-Olesen vortex, and QCD string require Poincare invariance and D-2 oscillators (longitudinal oscillator is not protected as a Goldstone mode of symmetry b ...
Problems, Puzzles and Prospects: A Personal Perspective on
... standard model gets unified into a single, simple group, gravity remains an additional force of rather different structure. And 2) quantum gravity makes no sense --- or rather we have not understood how to make sense out of it. The symptom of this problem is nonrenormalizability. Supergravity answer ...
... standard model gets unified into a single, simple group, gravity remains an additional force of rather different structure. And 2) quantum gravity makes no sense --- or rather we have not understood how to make sense out of it. The symptom of this problem is nonrenormalizability. Supergravity answer ...
dirac-weyl-fock equation along a chronological field
... Abstract. We will quantify the (p, q)-tensors of the universe using the ∇γ quantification process. This method can be generalised for all the states of the physical system. We will give some results on the notion of space-time which permits travel through parts of the universe where a chronological ...
... Abstract. We will quantify the (p, q)-tensors of the universe using the ∇γ quantification process. This method can be generalised for all the states of the physical system. We will give some results on the notion of space-time which permits travel through parts of the universe where a chronological ...
- RZ User
... mass points, for example, were invented as part of classical mechanics. Classical mechanics was first applied to extended “clumps of matter”, such as the heavenly bodies or falling rocks and apples. It was in fact a great surprise for Newton and his contemporaries (about 1680) that such very differe ...
... mass points, for example, were invented as part of classical mechanics. Classical mechanics was first applied to extended “clumps of matter”, such as the heavenly bodies or falling rocks and apples. It was in fact a great surprise for Newton and his contemporaries (about 1680) that such very differe ...
Studies of effective theories beyond the Standard Model
... neutrino masses nor the mixing in the leptonic sector, which have been observed, can be described within this model. In fact, the model only describes a fraction of the known energy in the Universe. Thus, we know there must exist a theory beyond the SM. There is a plethora of possible candidates for ...
... neutrino masses nor the mixing in the leptonic sector, which have been observed, can be described within this model. In fact, the model only describes a fraction of the known energy in the Universe. Thus, we know there must exist a theory beyond the SM. There is a plethora of possible candidates for ...
Fast converging path integrals for time-dependent potentials
... process described above. In this equation, the action S for a given trajectory q(t) is defined as usual: tb ...
... process described above. In this equation, the action S for a given trajectory q(t) is defined as usual: tb ...
Chapter 1. The Basics of Quantum Mechanics
... (reasonably) fixed kinetic energy E from metallic crystals. These workers found that plots of the number of scattered electrons as a function of scattering angle displayed peaks at angles that obeyed a Bragg-like equation. The startling thing about this observation is that electrons are particle ...
... (reasonably) fixed kinetic energy E from metallic crystals. These workers found that plots of the number of scattered electrons as a function of scattering angle displayed peaks at angles that obeyed a Bragg-like equation. The startling thing about this observation is that electrons are particle ...