Physics Today
... particle velocity, one obtains statistical predictions consistent with those of standard quantum mechanics.3 Bohmian mechanics has just a single wave: The guiding wave and the statistical wave are one and the same. It is thus significantly less rich dynamically than de Broglie’s double-solution theo ...
... particle velocity, one obtains statistical predictions consistent with those of standard quantum mechanics.3 Bohmian mechanics has just a single wave: The guiding wave and the statistical wave are one and the same. It is thus significantly less rich dynamically than de Broglie’s double-solution theo ...
Tensor Networks, Quantum Error Correction, and
... Following these connections between AdS/CFT, tensor networks, and quantum error correction, the authors of [13] constructed a family of quantum error correction codes based on tensor networks that serve as toy models for AdS/CFT. This work does not use MERA, but rather their tensor networks are base ...
... Following these connections between AdS/CFT, tensor networks, and quantum error correction, the authors of [13] constructed a family of quantum error correction codes based on tensor networks that serve as toy models for AdS/CFT. This work does not use MERA, but rather their tensor networks are base ...
Davies Maps - Fernando Brandao
... How fast does it converge? Determined by gap of of Lindbladian ...
... How fast does it converge? Determined by gap of of Lindbladian ...
The quantum mechanics of photon addition and subtraction
... nonclassical state that cannot be described by classical theory. As seen in Figure 2, we added a photon to a thermal field (the most classical field) which makes the state have negative values in its Wigner function. This is a typical signature of nonclassicality.5 In addition, the uncertainty princ ...
... nonclassical state that cannot be described by classical theory. As seen in Figure 2, we added a photon to a thermal field (the most classical field) which makes the state have negative values in its Wigner function. This is a typical signature of nonclassicality.5 In addition, the uncertainty princ ...
Detection of Quantum Critical Points by a Probe Qubit
... changes in the properties of a physical system when an external control parameter changes through some critical value. If the system under consideration is a quantum mechanical system in its ground state, i.e., at zero temperature, and the phase transition occurs as a function of a nonthermal contro ...
... changes in the properties of a physical system when an external control parameter changes through some critical value. If the system under consideration is a quantum mechanical system in its ground state, i.e., at zero temperature, and the phase transition occurs as a function of a nonthermal contro ...
Spécialité de M2 : Concepts Fondamentaux de la Physique
... Experimental detection of orbital magnetism of Dirac Fermions Résumé (en anglais) : Graphene’s honeycomb atomic arrangement leads to the now famous linear dispersion relation of its Dirac spectrum, with a perfect electron/hole symmetry around half filling. This leads to original properties that have ...
... Experimental detection of orbital magnetism of Dirac Fermions Résumé (en anglais) : Graphene’s honeycomb atomic arrangement leads to the now famous linear dispersion relation of its Dirac spectrum, with a perfect electron/hole symmetry around half filling. This leads to original properties that have ...
Synchronistic Phenomena as Entanglement
... a message of vital relevance for the persons involved and that they usually occur in situations of high emotional tension and receptivity for the meaning of such messages. In view of the above mentioned failure of reliable production and reproduction of paranormal phenomena, rather than doggedly ins ...
... a message of vital relevance for the persons involved and that they usually occur in situations of high emotional tension and receptivity for the meaning of such messages. In view of the above mentioned failure of reliable production and reproduction of paranormal phenomena, rather than doggedly ins ...
Do not mess with time: Probing faster than light travel and
... The second kind is slightly more subtle but still quite puzzling. Indeed, backwards time travel would allow for causal loops involving events or informations whose histories form a closed loop, and thus seem to “come from nowhere”. For example, think of the causal loops where at some point ones trav ...
... The second kind is slightly more subtle but still quite puzzling. Indeed, backwards time travel would allow for causal loops involving events or informations whose histories form a closed loop, and thus seem to “come from nowhere”. For example, think of the causal loops where at some point ones trav ...
are WAVES. PARTICLES!
... are notissecretly not complete. shuffledThere in advance. is more information, There isbut no we pre-determination. don’t know it. God does notProbability play gamesiswith all there dice.is. ...
... are notissecretly not complete. shuffledThere in advance. is more information, There isbut no we pre-determination. don’t know it. God does notProbability play gamesiswith all there dice.is. ...
Quantum_Computing
... computational models are being examined that depart entirely from the way computers have been calculating since Babbage laid out the plans for his Analytical Engine. In particular, quantum computing can theoretically allow for the solution of computationally 'Hard' problems in a polynomial time, as ...
... computational models are being examined that depart entirely from the way computers have been calculating since Babbage laid out the plans for his Analytical Engine. In particular, quantum computing can theoretically allow for the solution of computationally 'Hard' problems in a polynomial time, as ...
