A new approach for the two-electron cumulant in natural orbital
... satisfy not only the hermiticity and particle permutation conditions, but also the trace relation and positivity conditions of the two-matrix. Besides, it appears to reproduce properly the occupation numbers for lower occupied levels. We begin with a presentation of the basic concepts and notations ...
... satisfy not only the hermiticity and particle permutation conditions, but also the trace relation and positivity conditions of the two-matrix. Besides, it appears to reproduce properly the occupation numbers for lower occupied levels. We begin with a presentation of the basic concepts and notations ...
Black hole fireworks: quantum-gravity effects outside the horizon
... ric we find is locally isometric to the Kruskal solution (outside the quantum region), but it is not a portion of the Kruskal solution. Rather, it is a portion of a double cover of the Kruskal solution, in the sense that there are distinct regions isomorphic to the same Kruskal region. This is expla ...
... ric we find is locally isometric to the Kruskal solution (outside the quantum region), but it is not a portion of the Kruskal solution. Rather, it is a portion of a double cover of the Kruskal solution, in the sense that there are distinct regions isomorphic to the same Kruskal region. This is expla ...
11 Canonical quantization of classical fields
... Grassmann (or Bieriezin) algebra which have no classical counterpart and can hardly be considered physical. The difference between bosonic and fermionic fields2 becomes particularly clear in the path integral approach to field quantization (see Section 16). While quantizing in this way bosonic field ...
... Grassmann (or Bieriezin) algebra which have no classical counterpart and can hardly be considered physical. The difference between bosonic and fermionic fields2 becomes particularly clear in the path integral approach to field quantization (see Section 16). While quantizing in this way bosonic field ...
manuscript - University of Hertfordshire
... change over time [6] (even for conservative systems), and conservation of the flow orientation winding number !, see Eq. (6) below, carried by all flow stagnation points during all stages of their time evolution—including instances when they split from or merge with other stagnation points. For a si ...
... change over time [6] (even for conservative systems), and conservation of the flow orientation winding number !, see Eq. (6) below, carried by all flow stagnation points during all stages of their time evolution—including instances when they split from or merge with other stagnation points. For a si ...
Taking Einstein seriously: Relativistic coupling of internal and center
... [9]. (However, see Ref. [14] for a criticism of the latter effect and Ref. [15, 16] for alternative interpretations.) The general principle at work is that a quantum system with internal dynamics (a “quantum clock”) can be produced in a superposition of states that experience different proper times, ...
... [9]. (However, see Ref. [14] for a criticism of the latter effect and Ref. [15, 16] for alternative interpretations.) The general principle at work is that a quantum system with internal dynamics (a “quantum clock”) can be produced in a superposition of states that experience different proper times, ...
here - LaBRI
... • Can quantum distributed algorithms be designed for any combinatorial problems of significance to practice or theory? • How many rounds are required to 3-color the ring in the studied quantum models and in -LOCAL? • What is the lower time bound on the (D+1)-coloring problem in quantum models? (cur ...
... • Can quantum distributed algorithms be designed for any combinatorial problems of significance to practice or theory? • How many rounds are required to 3-color the ring in the studied quantum models and in -LOCAL? • What is the lower time bound on the (D+1)-coloring problem in quantum models? (cur ...
QUANTUM ALGORITHMS FOR ELEMENT DISTINCTNESS∗ 1
... 1. Select a random subset A ⊆ [N ] of size `. 2. Select a random subset B ⊆ [M ] of size `2 . 3. Sort the elements in A according to their f -value. 4. For a specific b ∈ B, we can check if there is an a ∈ A such that (a, b) is a claw using classical binary search on the sorted version of A. Combine ...
... 1. Select a random subset A ⊆ [N ] of size `. 2. Select a random subset B ⊆ [M ] of size `2 . 3. Sort the elements in A according to their f -value. 4. For a specific b ∈ B, we can check if there is an a ∈ A such that (a, b) is a claw using classical binary search on the sorted version of A. Combine ...
discovery and study of quantum
... and revolutionary approach in fact showed that the emission or absorption of the physical body of the thermal radiation, which has, by the way, an electromagnetic nature [4, 7], is not continuous, as anticipated earlier in classical physics and intermittently. And, and, these processes occur individ ...
... and revolutionary approach in fact showed that the emission or absorption of the physical body of the thermal radiation, which has, by the way, an electromagnetic nature [4, 7], is not continuous, as anticipated earlier in classical physics and intermittently. And, and, these processes occur individ ...
Limitations on quantum dimensionality reduction
... where the second inequality follows from Lemma 6, assuming that e d. We have shown that e ð1 Þð1 Þ 2 d, completing the proof of the theorem. 3. Operational Meaning of the 2-Norm In this section, we discuss the meaning of the 2-norm distance between quantum states. It is usually assumed tha ...
... where the second inequality follows from Lemma 6, assuming that e d. We have shown that e ð1 Þð1 Þ 2 d, completing the proof of the theorem. 3. Operational Meaning of the 2-Norm In this section, we discuss the meaning of the 2-norm distance between quantum states. It is usually assumed tha ...
Unscrambling the Quantum Omelette of Epistemic and Ontic
... The origin of QBism might be traced back to a paper published in the year 2000 entitled Quantum Theory Needs no ‘Interpretation’. There, Fuchs and Asher Peres [22, p. 70] write explicitly that: “[...] quantum theory does not describe physical reality. What it does is provide an algorithm for computi ...
... The origin of QBism might be traced back to a paper published in the year 2000 entitled Quantum Theory Needs no ‘Interpretation’. There, Fuchs and Asher Peres [22, p. 70] write explicitly that: “[...] quantum theory does not describe physical reality. What it does is provide an algorithm for computi ...
e - Physlab
... would have if at radius r and of momentum mv. Write an expression for this energy. (b) If the electron behaves as a classical particle, it must obey F = ma. Assuming circular orbit, apply F = ma to eliminate v in favor of r in the energy expression. (c) Suppose instead that the electron is an orbiti ...
... would have if at radius r and of momentum mv. Write an expression for this energy. (b) If the electron behaves as a classical particle, it must obey F = ma. Assuming circular orbit, apply F = ma to eliminate v in favor of r in the energy expression. (c) Suppose instead that the electron is an orbiti ...
Quantum Field Theory and Representation Theory
... Hamilton’s equations: time evolution is generated by a vector field XH on M determined by ...
... Hamilton’s equations: time evolution is generated by a vector field XH on M determined by ...
