Tina Bilban Epistemic and ontic interpretation of quantum
... Epistemic and ontic interpretation of quantum mechanics – further derivations Based on the presented possibility of ontic-epistemic interpretations of quantum mechanics some further philosophical-physical issues can be detailed. Beside the relationship between the observation and the observed, also ...
... Epistemic and ontic interpretation of quantum mechanics – further derivations Based on the presented possibility of ontic-epistemic interpretations of quantum mechanics some further philosophical-physical issues can be detailed. Beside the relationship between the observation and the observed, also ...
hal.archives-ouvertes.fr - HAL Obspm
... Chern-Simons approach [5]. It is well known, essentially since Klauder and Berezin, that one can easily achieve canonical quantization of the classical phase space by using standard coherent states [6, 7, 8, 9, 10]. In this paper we apply a related quantization method to the case in which the space ...
... Chern-Simons approach [5]. It is well known, essentially since Klauder and Berezin, that one can easily achieve canonical quantization of the classical phase space by using standard coherent states [6, 7, 8, 9, 10]. In this paper we apply a related quantization method to the case in which the space ...
Kelvin C. ABRAHAM
... challenges to developing a concise fully realized quantum theory of EM radiation. Wave-Particle duality dating back to the 17th century is perhaps the best known example of quantum behavior that has defied precise modelling despite intense effort by scientists around the World for over two centuries ...
... challenges to developing a concise fully realized quantum theory of EM radiation. Wave-Particle duality dating back to the 17th century is perhaps the best known example of quantum behavior that has defied precise modelling despite intense effort by scientists around the World for over two centuries ...
Document
... If the device has a Schottky gate then one must calculate both the thermionic emission and the tunneling current through the gate WKB fails to account for quantum-mechanical reflections over the barrier Better approach to use in conjunction with particle-based device simulations is the Transfer ...
... If the device has a Schottky gate then one must calculate both the thermionic emission and the tunneling current through the gate WKB fails to account for quantum-mechanical reflections over the barrier Better approach to use in conjunction with particle-based device simulations is the Transfer ...
Fault-Tolerant Quantum Computation
... huge boost to quantum information field: a single qubit cannot survive decoherence, but a set of qubits can; “together we stand, divided we fall” The propagation of the error is prevented by using fault tolerant recovery after storing or processing the information, and by using fault tolerant gate ...
... huge boost to quantum information field: a single qubit cannot survive decoherence, but a set of qubits can; “together we stand, divided we fall” The propagation of the error is prevented by using fault tolerant recovery after storing or processing the information, and by using fault tolerant gate ...
Interpretations of Quantum Mechanics: a critical - Philsci
... is described as follows. For a system that can be divided into two subsystems quantum mechanics associates two Hilbert spaces H A and H B to the subsystems. Assume that |i i A and | ji B (where i, j = 1, 2, ...) are two complete orthonormal basis sets for the Hilbert spaces H A and H B , respectivel ...
... is described as follows. For a system that can be divided into two subsystems quantum mechanics associates two Hilbert spaces H A and H B to the subsystems. Assume that |i i A and | ji B (where i, j = 1, 2, ...) are two complete orthonormal basis sets for the Hilbert spaces H A and H B , respectivel ...
QUANTUM DARWINISM, CLASSICAL REALITY, and the
... Those preferred states, left untouched by the interaction with the environment, are called pointer states. They eventually end up as the eigenstates of the reduced density matrix. The corresponding eigenvalues give probabilitiesfor example, of finding the chicken cooked or alive. The environment-dri ...
... Those preferred states, left untouched by the interaction with the environment, are called pointer states. They eventually end up as the eigenstates of the reduced density matrix. The corresponding eigenvalues give probabilitiesfor example, of finding the chicken cooked or alive. The environment-dri ...
