q -entropies and the entanglement dynamics of two-qubits interacting with an... 408 A. Hamadou-Ibrahim et al.
... regarded as part of the standard tool-kit of scientists and engineers that use probabilistic or information-related concepts in their work. A remarkable illustration of this is given by the numerous applications of Tsallis measure to the field of quantum information (and, in particular to the study ...
... regarded as part of the standard tool-kit of scientists and engineers that use probabilistic or information-related concepts in their work. A remarkable illustration of this is given by the numerous applications of Tsallis measure to the field of quantum information (and, in particular to the study ...
20131001140015001
... But there is no such optimization if amplitudes are complex. Many ideas have been proposed to explain complex amplitudes. We may use the real-amplitude theory, if we supplement it with Stueckelberg’s rule: all operators commute with J. Or we may assume a universal rebit. In a certain limit we seem t ...
... But there is no such optimization if amplitudes are complex. Many ideas have been proposed to explain complex amplitudes. We may use the real-amplitude theory, if we supplement it with Stueckelberg’s rule: all operators commute with J. Or we may assume a universal rebit. In a certain limit we seem t ...
Wave-mechanical Model for Chemistry (Reprint: To be published in
... in a singly-occupied atomic orbital. It was eventually agreed that the observed magnetic moment was associated with intrinsic angular momentum, called spin, carried by the electron. The concept of spin is an entirely non-classical notion, but ironically it does not appear in wave-mechanical analysis ...
... in a singly-occupied atomic orbital. It was eventually agreed that the observed magnetic moment was associated with intrinsic angular momentum, called spin, carried by the electron. The concept of spin is an entirely non-classical notion, but ironically it does not appear in wave-mechanical analysis ...
Thermodynamic Concep..
... This brings us to the concept of the standard state. Basically, solution chemists decided a long time ago to tabulate reactions for the state where everything was at about room temperature and all the concentrations of the reactants and products were at 1 M, except for reactions were the solvent is ...
... This brings us to the concept of the standard state. Basically, solution chemists decided a long time ago to tabulate reactions for the state where everything was at about room temperature and all the concentrations of the reactants and products were at 1 M, except for reactions were the solvent is ...
Unitarity and Effective Field Theory Results in Quantum Gravity
... only for the ‘Newton’ and ‘post-Newtonian’ contributions Quantum part seems to violate universality (can been seen as a tidal effect). ...
... only for the ‘Newton’ and ‘post-Newtonian’ contributions Quantum part seems to violate universality (can been seen as a tidal effect). ...
Change Without Time - Publikationsserver der Universität Regensburg
... system can act as a carrier of information on time between the (classical) preparation and measurement devices, or, to put it differently, the quantum system always shares the same time with the measurement apparatus, even without any intentional measurement of time being performed. This means, that ...
... system can act as a carrier of information on time between the (classical) preparation and measurement devices, or, to put it differently, the quantum system always shares the same time with the measurement apparatus, even without any intentional measurement of time being performed. This means, that ...
Initial Stages of Bose-Einstein Condensation
... introducing the notation jskd m0 for the kinetic energy of an atom with momentum h̄k$ and mass m relative to the chemical potential m0 at t0 , dst,Rt 0 d for the d function on the Keldysh contour defined by C dt 0 dst, t 0 d 1, and V for the volume of the system. We arrive at this result by making ...
... introducing the notation jskd m0 for the kinetic energy of an atom with momentum h̄k$ and mass m relative to the chemical potential m0 at t0 , dst,Rt 0 d for the d function on the Keldysh contour defined by C dt 0 dst, t 0 d 1, and V for the volume of the system. We arrive at this result by making ...
Lecture 3: FIRST LAW OF THERMODYNAMICS
... Finally, the sum of these energies is put back into the system to warm the water back up from 0◦ to its final temperature, or refreeze some ice. This is an example of using an equivalent process to make a thermodynamic problem mathematically tractible. It is legitimate because temperature and intern ...
... Finally, the sum of these energies is put back into the system to warm the water back up from 0◦ to its final temperature, or refreeze some ice. This is an example of using an equivalent process to make a thermodynamic problem mathematically tractible. It is legitimate because temperature and intern ...
Exam 1 Solution
... 1. Consider 3 point particles with electrical charge arranged in the form of an equilateral triangle as shown. The side length is a = 5 cm, and the top particle has charge q1 = +2C while the bottom two particles have charge q2 = q3 = +1 C ( 1C = 10-6 C ). (a) [4 points] What is the direction of t ...
... 1. Consider 3 point particles with electrical charge arranged in the form of an equilateral triangle as shown. The side length is a = 5 cm, and the top particle has charge q1 = +2C while the bottom two particles have charge q2 = q3 = +1 C ( 1C = 10-6 C ). (a) [4 points] What is the direction of t ...
