1-d examples
... In the above example, the particle was able to penetrate into the classically disallowed region, though not very effectively, since the wavefunction decayed away exponentially the further you went into that region. But what if the classicaly forbidden region has only finite thickness? ...
... In the above example, the particle was able to penetrate into the classically disallowed region, though not very effectively, since the wavefunction decayed away exponentially the further you went into that region. But what if the classicaly forbidden region has only finite thickness? ...
Inverse quantum mechanics of the hydrogen atom: A
... We observe that as the wavelength reduces, the standing wave becomes more and more particle-like, which makes sense considering what happens in the K-capture process. It is interesting to observe that an induced K-capture process is thought responsible for transforming protons to neutrons. 7 Thus it ...
... We observe that as the wavelength reduces, the standing wave becomes more and more particle-like, which makes sense considering what happens in the K-capture process. It is interesting to observe that an induced K-capture process is thought responsible for transforming protons to neutrons. 7 Thus it ...
... of the or-or-or rule in classical probability theory. Quantum effects can be classified mainly as interference or diffraction effects and effects due to indistinguishability. In quantum theory, one may not, as in classical theory, specify both velocity and position exactly. Instead, the maximum spec ...
bilder/file/Quantum entanglement as a consequence
... The next step is crucial because we are searching for an extremum for P which will turn out to be a maximum. This maximum is defined by P ...
... The next step is crucial because we are searching for an extremum for P which will turn out to be a maximum. This maximum is defined by P ...
Discrete Symmetries and Gravity G W Gibbons DAMTP
... In this model there is complete symmetry between the two receeding counter-worlds. They might be identified, or one might follow Stannard (Nature 211 (1966) 693-695) and Schulman (Phys Rev Letts 83 (1999) 5419) and others and imagine the that they have the opposite arrow of time. In fact setting up ...
... In this model there is complete symmetry between the two receeding counter-worlds. They might be identified, or one might follow Stannard (Nature 211 (1966) 693-695) and Schulman (Phys Rev Letts 83 (1999) 5419) and others and imagine the that they have the opposite arrow of time. In fact setting up ...
ELEMENTARY QUANTUM METAPHYSICS Once upon a
... mechanical world with the kind of Hamiltonian in Eq. (2) (notwithstanding the fact that a classical world with a Hamiltonian like that turns out to have three dimensions); and precisely the same thing will be true of a quantum-mechanical world with the kind of Hamiltonian in Equation (3) (notwithsta ...
... mechanical world with the kind of Hamiltonian in Eq. (2) (notwithstanding the fact that a classical world with a Hamiltonian like that turns out to have three dimensions); and precisely the same thing will be true of a quantum-mechanical world with the kind of Hamiltonian in Equation (3) (notwithsta ...
The String Theory Landscape
... At the Tevatron at Fermilab, we are already exploring a new regime of energy and distance. In three years, we will start to explore much greater energies at the LHC. It is quite likely that we will stumble on remarkable, new features of nature: new symmetries, large extra dimensions, warping of spac ...
... At the Tevatron at Fermilab, we are already exploring a new regime of energy and distance. In three years, we will start to explore much greater energies at the LHC. It is quite likely that we will stumble on remarkable, new features of nature: new symmetries, large extra dimensions, warping of spac ...
Gravitational Waves and Gravitons
... be used along with the geodesic equation to calculate the trajectories of free particles. Thus, in the general theory, gravity is not an independent field defined on spacetime as much as it is the curvature of spacetime itself. This will prove to be the primary stumbling block in the quantization of ...
... be used along with the geodesic equation to calculate the trajectories of free particles. Thus, in the general theory, gravity is not an independent field defined on spacetime as much as it is the curvature of spacetime itself. This will prove to be the primary stumbling block in the quantization of ...
URL - StealthSkater
... How the hierarchy of Planck constants might relate to the almost vacuum degeneracy for twistor lift of TGD (08/30/2016). Does GRT really allow gravitational radiation? (08/23/2016). Eigenstates of Yangian co-algebra generators as a manner to generate maximal entanglement? ...
... How the hierarchy of Planck constants might relate to the almost vacuum degeneracy for twistor lift of TGD (08/30/2016). Does GRT really allow gravitational radiation? (08/23/2016). Eigenstates of Yangian co-algebra generators as a manner to generate maximal entanglement? ...
Abstracts of talks
... It is know that the representation theory of the elliptic quantum group Uq,p (g) yields a systematic construction of the integral expressions of the solutions to the face type (dynamical) elliptic q -KZ equation. There the vertex operators and the elliptic (half) currents (screening operators) play ...
... It is know that the representation theory of the elliptic quantum group Uq,p (g) yields a systematic construction of the integral expressions of the solutions to the face type (dynamical) elliptic q -KZ equation. There the vertex operators and the elliptic (half) currents (screening operators) play ...
Test #1 solutions
... with a high kinetic energy, and then after some randomly determined time we remove all its energy, it will localize (also) to a single value (as in part d), and (also) we can’t predict which value we will obtain. So after a measurement event both the quantum and the classical particle behave identic ...
... with a high kinetic energy, and then after some randomly determined time we remove all its energy, it will localize (also) to a single value (as in part d), and (also) we can’t predict which value we will obtain. So after a measurement event both the quantum and the classical particle behave identic ...
1. Mathematical Principles of Modern Natural Philosophy
... are described by linear spaces and linear operator equations. The mathematical analysis can be simplified by representing physical phenomena as superposition of simpler phenomena. This is the method of harmonic analysis (e.g., the Fourier method based on the Fourier series, the Fourier integral, or t ...
... are described by linear spaces and linear operator equations. The mathematical analysis can be simplified by representing physical phenomena as superposition of simpler phenomena. This is the method of harmonic analysis (e.g., the Fourier method based on the Fourier series, the Fourier integral, or t ...
Quantum Field Theory
... circumstances - think about elementary particle physics e.g. - one gets confronted with phenomena which simultaneously occur at high energies and small scales. The framework which unifies special relativity with quantum mechanics is relativistic quantum field theory. Quantum field theory is one of t ...
... circumstances - think about elementary particle physics e.g. - one gets confronted with phenomena which simultaneously occur at high energies and small scales. The framework which unifies special relativity with quantum mechanics is relativistic quantum field theory. Quantum field theory is one of t ...