Tunneling and the Vacuum Zero
... enough (see Fig. 1). However, for a more simple potential, like the double well harmonic oscillator described by E. Merzbacher ´[12], it is possible to show that κQM (T = 0) ∝ ³ exp − 2∆U ~ωa . This result is in semiquantitative agreement ...
... enough (see Fig. 1). However, for a more simple potential, like the double well harmonic oscillator described by E. Merzbacher ´[12], it is possible to show that κQM (T = 0) ∝ ³ exp − 2∆U ~ωa . This result is in semiquantitative agreement ...
(4)
... composite dynamical systems with interacting quantum mechanical and classical degrees of freedom. In condensed matter physics such situations occur when one is interested in the dynamics of a light quantum particle or set of quantum degrees of freedom interacting with more massive particles.1–3 Spec ...
... composite dynamical systems with interacting quantum mechanical and classical degrees of freedom. In condensed matter physics such situations occur when one is interested in the dynamics of a light quantum particle or set of quantum degrees of freedom interacting with more massive particles.1–3 Spec ...
A logico-conceptual analysis of the Einstein-Podolsky
... these magnitudes are positions and momenta; a much simpler version was later devised by David Bohm, in terms of spin components (Bohm 1951). The measurement of one of these quantities on one of the objects of the pair allows us to infer with certainty the measurement result of the same quantity for ...
... these magnitudes are positions and momenta; a much simpler version was later devised by David Bohm, in terms of spin components (Bohm 1951). The measurement of one of these quantities on one of the objects of the pair allows us to infer with certainty the measurement result of the same quantity for ...
Arrows of Time
... asymmetry. For starters, in an equilibrated world (entropy already maximized, no entropic time asymmetry) there is no information (that's why Maxwell's demon can't function) so there could be no minds whatever. • The low-entropy property of the past is needed to allow some information about it to be ...
... asymmetry. For starters, in an equilibrated world (entropy already maximized, no entropic time asymmetry) there is no information (that's why Maxwell's demon can't function) so there could be no minds whatever. • The low-entropy property of the past is needed to allow some information about it to be ...
Modern Mathematical Physics
... Dilaton Gravity Coupled to Toda Matter”, arXiv:0801.1312; "Integrable Models of 1+1 Dimensional Dilaton Gravity Coupled to Scalar Matter", Theor. Math. Phys. 146 (2006) 95107; "Dimensional Reduction of Gravity and Relation between Static States, Cosmologies and Waves",hep-th/0612258. ...
... Dilaton Gravity Coupled to Toda Matter”, arXiv:0801.1312; "Integrable Models of 1+1 Dimensional Dilaton Gravity Coupled to Scalar Matter", Theor. Math. Phys. 146 (2006) 95107; "Dimensional Reduction of Gravity and Relation between Static States, Cosmologies and Waves",hep-th/0612258. ...
Silicon quantum dots for quantum information processing
... Electrons occupy different quantum dots when representing different logics, hence one can measure electron charge instead of spin, this is called spin-charge conversion. Double Quantum Dot (DQD) double reservoir system allows us to measure current directly, current resonate when quantum dot energy c ...
... Electrons occupy different quantum dots when representing different logics, hence one can measure electron charge instead of spin, this is called spin-charge conversion. Double Quantum Dot (DQD) double reservoir system allows us to measure current directly, current resonate when quantum dot energy c ...
Conservation of Energy in Classical Mechanics and Its Lack from the
... In result, the best examined motions could be classified as belonging to two domains. One of them concerned the periodic motions where the body returns to its original position after some period of time, another domain of mechanics considered typical progressive motions in space and time. For this s ...
... In result, the best examined motions could be classified as belonging to two domains. One of them concerned the periodic motions where the body returns to its original position after some period of time, another domain of mechanics considered typical progressive motions in space and time. For this s ...
Slide 1
... That means we can measure the distance between two particles and their total momentum, to arbitrary precision. So we can measure either x2 or p2 without affecting Particle 2 in any way, via a measurement on Particle 1 (and vice versa). That means both x2 and p2 are simultaneously real. Quantum mecha ...
... That means we can measure the distance between two particles and their total momentum, to arbitrary precision. So we can measure either x2 or p2 without affecting Particle 2 in any way, via a measurement on Particle 1 (and vice versa). That means both x2 and p2 are simultaneously real. Quantum mecha ...
Quantum Darwinism as a Darwinian process - Non
... process responsible for the emergence of classical reality from its quantum substrate. This theory explains information transfer between the quantum and classical realm during the process of decoherence as involving a ‘copy with selective retention’ mechanism characteristic of Darwinian processes. Q ...
... process responsible for the emergence of classical reality from its quantum substrate. This theory explains information transfer between the quantum and classical realm during the process of decoherence as involving a ‘copy with selective retention’ mechanism characteristic of Darwinian processes. Q ...
this PDF file - Global Journal of Human
... Constructed in its own space-time in physics, it should have consequent relations to the physical beings around it. It must consistently show a definitive physical system. This is also absent in quantum physics. Therefore Einstein concluded in his EPRParadox: ‘All these conditions of ‘physical reali ...
... Constructed in its own space-time in physics, it should have consequent relations to the physical beings around it. It must consistently show a definitive physical system. This is also absent in quantum physics. Therefore Einstein concluded in his EPRParadox: ‘All these conditions of ‘physical reali ...
Experiment and the foundations of quantum physics
... The observation that particle path and interference pattern mutually exclude each other is one specific manifestation of the general concept of complementary in quantum physics. Other examples are position and linear momentum as highlighted in Heisenberg’s uncertainty relation, or the different comp ...
... The observation that particle path and interference pattern mutually exclude each other is one specific manifestation of the general concept of complementary in quantum physics. Other examples are position and linear momentum as highlighted in Heisenberg’s uncertainty relation, or the different comp ...
Contradiction of quantum mechanics with local hidden variables for
... for the probability of obtaining results x and p for position and momentum 共and various linear combinations of these coordinates兲 cannot be predicted by any local hidden variable theory. This result is of fundamental interest since the original argument 关1兴 of Einstein, Podolsky, and Rosen was given ...
... for the probability of obtaining results x and p for position and momentum 共and various linear combinations of these coordinates兲 cannot be predicted by any local hidden variable theory. This result is of fundamental interest since the original argument 关1兴 of Einstein, Podolsky, and Rosen was given ...
