K - Research
... Gleichung 2-Ordnungs mit den vielen V~itern glaube ich aber nicht, dass sie der Wirklichkeit entspricht." 1s If the "straightforward" K G generalization did not prove feasible, how could relativity then be worked into quantum mechanics? A possible way was to include relativistic effects as perturbat ...
... Gleichung 2-Ordnungs mit den vielen V~itern glaube ich aber nicht, dass sie der Wirklichkeit entspricht." 1s If the "straightforward" K G generalization did not prove feasible, how could relativity then be worked into quantum mechanics? A possible way was to include relativistic effects as perturbat ...
Motion in a Straight Line
... necessary for the wavefunction to contain a superposition of states with different energies. This is because the probability density for a mixed state varies with time, whereas for a pure state it is constant in time. Pure states are known as stationary states. For example if we have the single eige ...
... necessary for the wavefunction to contain a superposition of states with different energies. This is because the probability density for a mixed state varies with time, whereas for a pure state it is constant in time. Pure states are known as stationary states. For example if we have the single eige ...
Solving Critical Section problem in Distributed system by Entangled Quantum bits
... A new concept of quantum computation has been developed in recent years. The basic unit of a quantum computer is a quantum mechanical two-level system (qubit) that can be in coherent superpositions of the logical values 0 and 1, as opposed to classical bits that represent either the values 0 or 1. M ...
... A new concept of quantum computation has been developed in recent years. The basic unit of a quantum computer is a quantum mechanical two-level system (qubit) that can be in coherent superpositions of the logical values 0 and 1, as opposed to classical bits that represent either the values 0 or 1. M ...
![[235] JPhysConfSer_702(2016)012001](http://s1.studyres.com/store/data/003582913_1-c4e71fc2970976a1f51404875d70626d-300x300.png)
Fractional @ Scaling for Quantum Kicked Rotors without Cantori
... a very fine grid of @ values, so we can examine fluctuations in behavior. Figure 3(a) compares the @ scaling of 2d1 for the 2DKP and the RP-DKP, while Fig. 3(b) shows the average of 2d for steps n 2 to 4. We take the behavior of the first step to indicate the local localization length and of s ...
... a very fine grid of @ values, so we can examine fluctuations in behavior. Figure 3(a) compares the @ scaling of 2d1 for the 2DKP and the RP-DKP, while Fig. 3(b) shows the average of 2d for steps n 2 to 4. We take the behavior of the first step to indicate the local localization length and of s ...
Proposal - MURI on FIND
... states is to “quench” a system, changing its properties faster than the microscopic response times. Such quenches are ubiquitous, even occurring in the early universe, and can drive transport. We will explore the universal aspects of quench dynamics, the subsequent restoration of equilibrium, and th ...
... states is to “quench” a system, changing its properties faster than the microscopic response times. Such quenches are ubiquitous, even occurring in the early universe, and can drive transport. We will explore the universal aspects of quench dynamics, the subsequent restoration of equilibrium, and th ...
Breakdown of the Standard Model
... ● Landau theory with a TCP also produces tricritical wings (Griffiths 1970) ● So far no OP fluctuations have been considered ● More generally, Hertz theory works if field conjugate the OP does not change the soft-mode spectrum (DB, TRK, T Vojta 2002) Sep 2008 ...
... ● Landau theory with a TCP also produces tricritical wings (Griffiths 1970) ● So far no OP fluctuations have been considered ● More generally, Hertz theory works if field conjugate the OP does not change the soft-mode spectrum (DB, TRK, T Vojta 2002) Sep 2008 ...
Spin quantum computation in silicon nanostructures
... exclusively to T2 decay. This is exactly the case for a Si:P donor electron spin. In this system T1 can be as long as 103 seconds [20] (measured for B = 0.3 T – we note that T1 ∝ B −5 at low temperatures due to phonon matrix element and phase space considerations [20]), while T2 detected by spin ech ...
... exclusively to T2 decay. This is exactly the case for a Si:P donor electron spin. In this system T1 can be as long as 103 seconds [20] (measured for B = 0.3 T – we note that T1 ∝ B −5 at low temperatures due to phonon matrix element and phase space considerations [20]), while T2 detected by spin ech ...
Spinons and triplons in spatially anisotropic frustrated antiferromagnets ARTICLES MASANORI KOHNO
... the main features of the spectrum of such quasi-1D frustrated antiferromagnets. Note that the two-spinon approximation is not a low-energy one (unlike the familiar and powerful ‘bosonization’ technique) as it includes spinons with energies reaching up to πJ /2 J 0 . This is essential for compariso ...
... the main features of the spectrum of such quasi-1D frustrated antiferromagnets. Note that the two-spinon approximation is not a low-energy one (unlike the familiar and powerful ‘bosonization’ technique) as it includes spinons with energies reaching up to πJ /2 J 0 . This is essential for compariso ...
Gravitational, rotational and topological quantum phase shifts in
... 1. Introduction to quantum phase shifts of matter waves A thermal neutron having a de Broglie wavelength of 2 A, has a kinetic energy of about 20 meV and moves with a velocity of 2000 ms-'. This curious dual nature of neutrons, sometimes a particle, sometimes a wave, is wonderfully manifested in the ...
... 1. Introduction to quantum phase shifts of matter waves A thermal neutron having a de Broglie wavelength of 2 A, has a kinetic energy of about 20 meV and moves with a velocity of 2000 ms-'. This curious dual nature of neutrons, sometimes a particle, sometimes a wave, is wonderfully manifested in the ...
Perturbation theory for anisotropic dielectric interfaces, and
... correct [1]. For isotropic materials, where there is some guidance from effective-medium heuristics [13], this was practical, but the correct answer (below) appears to be much more difficult to guess for anisotropic materials. Another approach, which generalizes to the more difficult case of small s ...
... correct [1]. For isotropic materials, where there is some guidance from effective-medium heuristics [13], this was practical, but the correct answer (below) appears to be much more difficult to guess for anisotropic materials. Another approach, which generalizes to the more difficult case of small s ...
Resonances, dissipation and decoherence in exotic and artificial atoms
... be approached exactly in the same way. This raises the question how the electron confinement in the dot should be modelled. The most common choice is a two-dimensional (or, in case of spherical quantum dots, three-dimensional) harmonic oscillator potential, since the solutions for the one-particle p ...
... be approached exactly in the same way. This raises the question how the electron confinement in the dot should be modelled. The most common choice is a two-dimensional (or, in case of spherical quantum dots, three-dimensional) harmonic oscillator potential, since the solutions for the one-particle p ...
The 5?
... Why are we Solving Equations? First we evaluated expressions where we were given the value of the variable and had to find what the expression simplified to. Now, we are told what it simplifies to and we need to find the value of the variable. When solving equations, the goal is to isolate the vari ...
... Why are we Solving Equations? First we evaluated expressions where we were given the value of the variable and had to find what the expression simplified to. Now, we are told what it simplifies to and we need to find the value of the variable. When solving equations, the goal is to isolate the vari ...
A quantum physical argument for panpsychism - Philsci
... perception states. Different from these seemingly extreme views, it is widely thought that the quantum-to-classical transition and consciousness are essentially independent with each other (see, e.g. Nauenberg (2007) for a recent review). At first sight, this common-sense view seems too evident to ...
... perception states. Different from these seemingly extreme views, it is widely thought that the quantum-to-classical transition and consciousness are essentially independent with each other (see, e.g. Nauenberg (2007) for a recent review). At first sight, this common-sense view seems too evident to ...
