Laser-induced molecular alignment in the presence of chaotic
... exponents (we verified this assumption for the present system by test calculations). To calculate the Lyapunov exponent before the laser pulse, the initial state for the first trajectory of each pair is obtained from Monte-Carlo sampling (see above). The initial state of the second trajectory is obt ...
... exponents (we verified this assumption for the present system by test calculations). To calculate the Lyapunov exponent before the laser pulse, the initial state for the first trajectory of each pair is obtained from Monte-Carlo sampling (see above). The initial state of the second trajectory is obt ...
Comments on the 2nd order bootstrap relation
... The bootstrap relation plays a key role in the derivation of the BFKL equation up to the 2nd order in αs . It guarantees that production amplitudes with the gluon quantum number in their t channels used for the construction of the absorptive part are indeed given only by a single reggeized gluon exc ...
... The bootstrap relation plays a key role in the derivation of the BFKL equation up to the 2nd order in αs . It guarantees that production amplitudes with the gluon quantum number in their t channels used for the construction of the absorptive part are indeed given only by a single reggeized gluon exc ...
Study Notes Lesson 14 Momentum
... Momentum vectors: Momentum is a vector quantity. Momentum is conserved even when interacting objects do not move along the same straight line. Vector techniques will be used to analyze momentum in any direction. ...
... Momentum vectors: Momentum is a vector quantity. Momentum is conserved even when interacting objects do not move along the same straight line. Vector techniques will be used to analyze momentum in any direction. ...
Simple Harmonic Motion - AdvancedPlacementPhysicsC
... A thin uniform rod of mass 0.112 kg and length 0.096 m is suspended by a wire through its center and perpendicular to its length. The wire is twisted and the rod set to oscillating. The period is found to be 2.14 s. When a flat body in the shape of an equilateral triangle is suspended similarly thr ...
... A thin uniform rod of mass 0.112 kg and length 0.096 m is suspended by a wire through its center and perpendicular to its length. The wire is twisted and the rod set to oscillating. The period is found to be 2.14 s. When a flat body in the shape of an equilateral triangle is suspended similarly thr ...
Fine-Structure Constant - George P. Shpenkov
... of them, expressed by the ratio of speeds υ0 and c, has never been discussed. The second one states only the fact that α is the combination of the specific universal physical constants, which characterize, respectively: the discrete nature of electric charges (e), quantum theory ( ), and relativit ...
... of them, expressed by the ratio of speeds υ0 and c, has never been discussed. The second one states only the fact that α is the combination of the specific universal physical constants, which characterize, respectively: the discrete nature of electric charges (e), quantum theory ( ), and relativit ...
10 Simple Harmonic Motion
... maximum displacement from equilibrium position; the distance from the midpoint of a wave to its crest or trough. equilibrium position the position about which an object in harmonic motion oscillates; the center of vibration frequency the number of vibrations per unit of time Hooke’s law law that sta ...
... maximum displacement from equilibrium position; the distance from the midpoint of a wave to its crest or trough. equilibrium position the position about which an object in harmonic motion oscillates; the center of vibration frequency the number of vibrations per unit of time Hooke’s law law that sta ...
Momentum, Impulse and Collision
... • To determine the momentum of a particle • To add time and study the relationship of impulse and momentum • To see when momentum is conserved and examine the implications of conservation • To use momentum as a tool to explore a variety of ...
... • To determine the momentum of a particle • To add time and study the relationship of impulse and momentum • To see when momentum is conserved and examine the implications of conservation • To use momentum as a tool to explore a variety of ...
2.1 Coordinates - The Center for High Energy Physics
... We see that the focusing properties in the y-direction are identical to the xdirection. The beam envelopes in the x and y directions will look as follows: The beam is focused in both directions. ...
... We see that the focusing properties in the y-direction are identical to the xdirection. The beam envelopes in the x and y directions will look as follows: The beam is focused in both directions. ...
Modelling the electron and hole states in semiconductor
... wide band-gap direct semiconductors and their nanostructures are usually well described by the single-band effective-mass theory and the 6-band Luttinger-Kohn model, respectively. The mentioned k · p models are well suited for low k states, whereas they cannot be straightforwardly adopted to model s ...
... wide band-gap direct semiconductors and their nanostructures are usually well described by the single-band effective-mass theory and the 6-band Luttinger-Kohn model, respectively. The mentioned k · p models are well suited for low k states, whereas they cannot be straightforwardly adopted to model s ...
quantum information exchange between photons and atoms
... In this thesis, we consider two specific implementations: Part I presents a detailed study of the interaction of a single atom with a light pulse. Part II examines the case of a quantum controlled-phase gate in circuit quantum electrodynamics in the ultrastrong coupling regime. They are both activel ...
... In this thesis, we consider two specific implementations: Part I presents a detailed study of the interaction of a single atom with a light pulse. Part II examines the case of a quantum controlled-phase gate in circuit quantum electrodynamics in the ultrastrong coupling regime. They are both activel ...
