Quantum Mechanical Laws
... Quantum Mechanics (QM) was one of the greatest revolutions in physics. Although it did not abolish but rather extended the former classical laws, the generalization was achieved at the cost of adopting a completely new language of concepts and a new way of thinking at phenomenological and mathematic ...
... Quantum Mechanics (QM) was one of the greatest revolutions in physics. Although it did not abolish but rather extended the former classical laws, the generalization was achieved at the cost of adopting a completely new language of concepts and a new way of thinking at phenomenological and mathematic ...
URL - StealthSkater
... This leads to a peculiar paradox. If the number of quantum jumps already occurred is infinite, this prime is most naturally infinite. On the other hand, if one assumes that only finite number of quantum jumps have occurred, one encounters the problem of understanding why the initial quantum history ...
... This leads to a peculiar paradox. If the number of quantum jumps already occurred is infinite, this prime is most naturally infinite. On the other hand, if one assumes that only finite number of quantum jumps have occurred, one encounters the problem of understanding why the initial quantum history ...
1 The quantum-classical boundary and the moments of inertia of
... object’s mass and the wavelength of the quantum wave.) The minimum width in wave number for such a nearly pure frequency wave packet then affects its spatial extent, since spatial wave amplitudes and wave number amplitudes also are related by a Fourier transformation (Robinett). The obligatory spati ...
... object’s mass and the wavelength of the quantum wave.) The minimum width in wave number for such a nearly pure frequency wave packet then affects its spatial extent, since spatial wave amplitudes and wave number amplitudes also are related by a Fourier transformation (Robinett). The obligatory spati ...
"Rovelli's World"
... Thus observer system in this paper is any possible physical system (with more than one state). If there is any hope of understanding how a system may behave as observer without renouncing the postulate that all systems are equivalent, then the same kind of processes—“collapse”—that happens between a ...
... Thus observer system in this paper is any possible physical system (with more than one state). If there is any hope of understanding how a system may behave as observer without renouncing the postulate that all systems are equivalent, then the same kind of processes—“collapse”—that happens between a ...
How Many Query Superpositions Are Needed to Learn?
... as far as we know, the only queries that have been used in the literature have been memberships [2, 4, 16, 17] and restricted equivalences [16]. This contrasts with the classical setting where a rich variety of queries have been considered, see for instance Angluin [3]. The second goal is to study t ...
... as far as we know, the only queries that have been used in the literature have been memberships [2, 4, 16, 17] and restricted equivalences [16]. This contrasts with the classical setting where a rich variety of queries have been considered, see for instance Angluin [3]. The second goal is to study t ...
quantum teleportation
... two different measurements on the first system, the second system was left in two states with different wave functions. This was striking, because the measurements took place at t>T and therefore measurement at the first system should not influence the state of the second system. Because EPR denied ...
... two different measurements on the first system, the second system was left in two states with different wave functions. This was striking, because the measurements took place at t>T and therefore measurement at the first system should not influence the state of the second system. Because EPR denied ...
Theoretical examination of quantum coherence in a photosynthetic
... An adequate description of the EET dynamics is given by the reduced density operator ρ̂(t) ≡ Trph {ρ̂tot (t)}, where ρ̂tot (t) denotes the density operator for the total system. For the reduction we suppose that the total system at the initial time, t = 0, is in the factorized product state of the f ...
... An adequate description of the EET dynamics is given by the reduced density operator ρ̂(t) ≡ Trph {ρ̂tot (t)}, where ρ̂tot (t) denotes the density operator for the total system. For the reduction we suppose that the total system at the initial time, t = 0, is in the factorized product state of the f ...
Quantum Computing: The Risk to Existing Encryption Methods
... she must either create a separate key for each individual, or use the same key for each partner. The latter possibility is especially problematic, because it increases the likelihood that the key is compromised and precludes Alice from communicating with individuals she does not completely trust. Pu ...
... she must either create a separate key for each individual, or use the same key for each partner. The latter possibility is especially problematic, because it increases the likelihood that the key is compromised and precludes Alice from communicating with individuals she does not completely trust. Pu ...
On Participatory Realism
... prerequisite of scientific and pre-scientific thinking, is the distinction between “senseimpressions” (and the recollection of such) on the one hand and mere ideas on the other. There is no such thing as a conceptual definition of this distinction (aside from circular definitions, i.e., of such as m ...
... prerequisite of scientific and pre-scientific thinking, is the distinction between “senseimpressions” (and the recollection of such) on the one hand and mere ideas on the other. There is no such thing as a conceptual definition of this distinction (aside from circular definitions, i.e., of such as m ...
