Discrete-continuous and classical-quantum
... So far we have seen different situations on which the opposition discrete/continuous was applying: the quantum theory of Bohr (selection of discretness into continuum), the Heisenberg/Schrödinger quantum mechanics (differential equation against matrix theory), the return of Bohr conditions in const ...
... So far we have seen different situations on which the opposition discrete/continuous was applying: the quantum theory of Bohr (selection of discretness into continuum), the Heisenberg/Schrödinger quantum mechanics (differential equation against matrix theory), the return of Bohr conditions in const ...
Time-Gated Photoionization Spectroscopy Demonstrated for Cesium Rydberg Wave Packets
... The underlying mechanism responsible for the oscillations observed in Figs. 3(b) and 3(c) can be explained in terms of the commensurability between angular and radial periods of the electron dynamics [14]. Within the laser bandwidth, k states belonging to different n manifolds are excited. While the ...
... The underlying mechanism responsible for the oscillations observed in Figs. 3(b) and 3(c) can be explained in terms of the commensurability between angular and radial periods of the electron dynamics [14]. Within the laser bandwidth, k states belonging to different n manifolds are excited. While the ...
Etherism over Atomism: Space is a Substance.
... physical qualities and neither causes nor interacts with any phenomenon. Gravity, electromagnetism, and all other Cosmic phenomena are the products of the interactions of various particles flying through a void. etherism: Space has physical qualities and is therefore some kind of substance. It is th ...
... physical qualities and neither causes nor interacts with any phenomenon. Gravity, electromagnetism, and all other Cosmic phenomena are the products of the interactions of various particles flying through a void. etherism: Space has physical qualities and is therefore some kind of substance. It is th ...
Bonding in Solids, Structural and Chemical Properties
... When a particle such as an electron is free it can exhibit any of a continuous range of energies. When it is confined, that is, acted on by a force, it may only be found in one of a discrete set of energy levels. This observation is utterly fundamental to all atomic structure, including atoms and mo ...
... When a particle such as an electron is free it can exhibit any of a continuous range of energies. When it is confined, that is, acted on by a force, it may only be found in one of a discrete set of energy levels. This observation is utterly fundamental to all atomic structure, including atoms and mo ...
Hydrogen Fusion: Light Nuclei and Theory of Fusion
... produces a “field” in the space and the force is formed by the interaction of the field with another particle in the space. From a quantum mechanical perspective, it seemed to Yukawa that emission and absorption of massless photons between particles produces this long-range Coulomb force, the so-cal ...
... produces a “field” in the space and the force is formed by the interaction of the field with another particle in the space. From a quantum mechanical perspective, it seemed to Yukawa that emission and absorption of massless photons between particles produces this long-range Coulomb force, the so-cal ...
E - 101physics
... of the incident light. • It is difficult to explain this observation with classical physics where light is viewed as a continuous wave. • In classical physics, the electrons would be viewed as oscillating under the influence of an alternating electric field. If the intensity of the light is increase ...
... of the incident light. • It is difficult to explain this observation with classical physics where light is viewed as a continuous wave. • In classical physics, the electrons would be viewed as oscillating under the influence of an alternating electric field. If the intensity of the light is increase ...
Isotopes and relative weight review sheet
... electron being located in it. _____g. Suggested that electrons orbit the nucleus in fixed paths with quantized energy levels. _____h. Experimented with cathode rays and discovered the existence of the electron. Elements and Their Isotopes Part of Atom ...
... electron being located in it. _____g. Suggested that electrons orbit the nucleus in fixed paths with quantized energy levels. _____h. Experimented with cathode rays and discovered the existence of the electron. Elements and Their Isotopes Part of Atom ...
Zitterbewegung and the Electron - Scientific Research Publishing
... the photon when it follows a straight axis and has momentum ( p = mc ) in direction of that axis, represents the particle of mass (m) when its axis forms a circle around a fixed point in space and is thus completely localized. Its possible positions then lie on a torus around the fixed point, with t ...
... the photon when it follows a straight axis and has momentum ( p = mc ) in direction of that axis, represents the particle of mass (m) when its axis forms a circle around a fixed point in space and is thus completely localized. Its possible positions then lie on a torus around the fixed point, with t ...
(n=1).
... The Bohr model is complete nonsense. Electrons do not circle the nucleus in little planetlike orbits. The assumptions injected into the Bohr model have no basis in physical reality. BUT the model does get some of the numbers right for SIMPLE atoms… ...
... The Bohr model is complete nonsense. Electrons do not circle the nucleus in little planetlike orbits. The assumptions injected into the Bohr model have no basis in physical reality. BUT the model does get some of the numbers right for SIMPLE atoms… ...
Variational principle in the conservation operators deduction
... Quantum Mechanics acts in terms of operators. And the shape of any certain operator is usually postulated [1-4]. But, in general, there is no absolute identiy between the shape of operator and its physical value. Thus no one can absolutely rely on the operators obtained by such an arbitrary way. Thi ...
... Quantum Mechanics acts in terms of operators. And the shape of any certain operator is usually postulated [1-4]. But, in general, there is no absolute identiy between the shape of operator and its physical value. Thus no one can absolutely rely on the operators obtained by such an arbitrary way. Thi ...
S.V. Stepanov
... -- e+e- psi-function, minimization of total energy -- E(R), pick-off rate, contact density, equilibrium radius … -- How to link macroscopic and microscopic considerations? ...
... -- e+e- psi-function, minimization of total energy -- E(R), pick-off rate, contact density, equilibrium radius … -- How to link macroscopic and microscopic considerations? ...
Another version - Scott Aaronson
... can’t build a universal computer— but you can do some interesting computations, like generating the binomial distribution! ...
... can’t build a universal computer— but you can do some interesting computations, like generating the binomial distribution! ...
Reheating and Preheating after Inflation : an Introduction
... Once decays take over, Γφ > ΓPR , the inflaton amplitude decreases exponentially and any resonance disappears. In more visual terms a violation of condition (56) also means that the intrinsic width of the inflaton mass eigenstate has become broader than the first resonance band around k ' m. A reali ...
... Once decays take over, Γφ > ΓPR , the inflaton amplitude decreases exponentially and any resonance disappears. In more visual terms a violation of condition (56) also means that the intrinsic width of the inflaton mass eigenstate has become broader than the first resonance band around k ' m. A reali ...
Chapter 23
... For ohmic materials, the ratio of the current density and the electric field, which gives rise to the current is equal to a constant, σ, which is the conductivity of the material. The reciprocal of the conductivity is called the resistivity, p. Each ohmic material has a characteristic resistivity th ...
... For ohmic materials, the ratio of the current density and the electric field, which gives rise to the current is equal to a constant, σ, which is the conductivity of the material. The reciprocal of the conductivity is called the resistivity, p. Each ohmic material has a characteristic resistivity th ...
Living in a Quantum World
... fixed in space, and when you make a measurement, the outcome depends on whether the direction you choose aligns with the particle’s axis. If you measure both of them horizontally, you see both of them spinning in gled with stray particles, obscuring their original interconnecopposite directions; if ...
... fixed in space, and when you make a measurement, the outcome depends on whether the direction you choose aligns with the particle’s axis. If you measure both of them horizontally, you see both of them spinning in gled with stray particles, obscuring their original interconnecopposite directions; if ...
Derivation of the Pauli Exclusion Principle and Meaning
... field or spacetime and appears in another, and so on. There are no trajectories of individual quantum particles. Quantum Physics is about the statistical shapes and their allowed orientations. Such procedure simplifies considerably the Quantum Physics. 2.2 Eigenvalue of the square of angular momentu ...
... field or spacetime and appears in another, and so on. There are no trajectories of individual quantum particles. Quantum Physics is about the statistical shapes and their allowed orientations. Such procedure simplifies considerably the Quantum Physics. 2.2 Eigenvalue of the square of angular momentu ...
density functional theory
... In the last section, the term wave function was repeatedly used. Therefore, and for a better understanding of the following a closer look at the wave function is taken. The rst and most important postulate is that the state of a particle is completely described by its (time-dependent) wave function ...
... In the last section, the term wave function was repeatedly used. Therefore, and for a better understanding of the following a closer look at the wave function is taken. The rst and most important postulate is that the state of a particle is completely described by its (time-dependent) wave function ...
Simulation of Spin-Spin Coupling Dynamics in EPR
... information, the qubit. A simple simulation of the effects of temperature, anisotropy, power, and coupling on a system of coupled spinspin-1/2 particles using MATLAB and Easyspin gives insight into the dynamics of multimulti-qubit systems. ...
... information, the qubit. A simple simulation of the effects of temperature, anisotropy, power, and coupling on a system of coupled spinspin-1/2 particles using MATLAB and Easyspin gives insight into the dynamics of multimulti-qubit systems. ...
"The physical vacuum ?"... or "Ether!" "Weak force" decay. Before me
... Newton, describing the space as such, believed that every point of space does not carry any properties. The space is characterized by only a length. The Newtonian conception of space characterizes an absolute physical vacuum. Deliberately given the absence of any properties of space. What we bring t ...
... Newton, describing the space as such, believed that every point of space does not carry any properties. The space is characterized by only a length. The Newtonian conception of space characterizes an absolute physical vacuum. Deliberately given the absence of any properties of space. What we bring t ...
powerpoint - Philip Hofmann
... N levels with very similar energies, like in a super-giant molecule. We can speak of a “band” of levels. Every band has N levels. We can put 2N electrons into it (but we have only N electrons ...
... N levels with very similar energies, like in a super-giant molecule. We can speak of a “band” of levels. Every band has N levels. We can put 2N electrons into it (but we have only N electrons ...
The role of chemical reactions in the laser destruction of transparent
... We remark that in treating the development of breakdown at an absorbing inclusion we have not taken into account the possibility of the appearance of an ionization instability.t41 Since, for fixed So, such an instability has a threshold with respect to the quantity Ro (for KO
... We remark that in treating the development of breakdown at an absorbing inclusion we have not taken into account the possibility of the appearance of an ionization instability.t41 Since, for fixed So, such an instability has a threshold with respect to the quantity Ro (for KO