E-Infinity theory and the Higgs field - SelectedWorks
... and energy are by virtue of the special relative equivalent. However, energy on a fundamental level obeys Planck’s quantum, so at quantum scale, the right hand side of Eq. (1) becomes quantized discrete, while the left hand side of the equation is still continuous. Thus at quantum scale, Einstein’s ...
... and energy are by virtue of the special relative equivalent. However, energy on a fundamental level obeys Planck’s quantum, so at quantum scale, the right hand side of Eq. (1) becomes quantized discrete, while the left hand side of the equation is still continuous. Thus at quantum scale, Einstein’s ...
Quantum algorithms - People @ EECS at UC Berkeley
... In ordinary computer chips, bits are physically represented by low and high voltages on wires. But there are many other ways a bit could be stored—for instance, in the state of a hydrogen atom. The single electron in this atom can either be in the ground state (the lowest energy configuration) or it ...
... In ordinary computer chips, bits are physically represented by low and high voltages on wires. But there are many other ways a bit could be stored—for instance, in the state of a hydrogen atom. The single electron in this atom can either be in the ground state (the lowest energy configuration) or it ...
Zeno dynamics in quantum open systems
... dynamics more difficult. Moreover, we find that for a definite temperature T , γ̇(0) declines first and increases then as s increases. Thus, to realize the Zeno dynamics for this model depends on the temperature and the spectral density function of the bath. Quantum Zeno dynamics via operator-sum re ...
... dynamics more difficult. Moreover, we find that for a definite temperature T , γ̇(0) declines first and increases then as s increases. Thus, to realize the Zeno dynamics for this model depends on the temperature and the spectral density function of the bath. Quantum Zeno dynamics via operator-sum re ...
07_Entanglement_in_nuclear_quadrupole_resonance_
... states of multi level spin system of a single particle: a special superposition (entanglement) existing in the system of two non-separate subsystems. 2. It was shown that entanglement is achieved by applying a magnetic field to a single particle at low temperature ( 5 mK). 3. The numerical calculati ...
... states of multi level spin system of a single particle: a special superposition (entanglement) existing in the system of two non-separate subsystems. 2. It was shown that entanglement is achieved by applying a magnetic field to a single particle at low temperature ( 5 mK). 3. The numerical calculati ...
Quantum Gaussian Noise - Research Laboratory of Electronics
... frequency ω rad/s, it can then be characterized by a positive-frequency, complex-field envelope E(t) such that P (t) ≡ h̄ω|E(t)|2 is the short-time-average power falling on the sensitive region of the detector at time t. Here, h̄ is Planck’s constant divided by 2π, and so h̄ω is the photon energy at ...
... frequency ω rad/s, it can then be characterized by a positive-frequency, complex-field envelope E(t) such that P (t) ≡ h̄ω|E(t)|2 is the short-time-average power falling on the sensitive region of the detector at time t. Here, h̄ is Planck’s constant divided by 2π, and so h̄ω is the photon energy at ...
QB abstracts compiled 160613
... works of Blackwell and developed later by Le Cam and Torgersen, among others ‐‐ provides a nice framework to understand the statistical foundations of thermodynamics (in particular, the so‐called "thermo‐majorization" criterion) and other generalized resource theories. A major point in favor of t ...
... works of Blackwell and developed later by Le Cam and Torgersen, among others ‐‐ provides a nice framework to understand the statistical foundations of thermodynamics (in particular, the so‐called "thermo‐majorization" criterion) and other generalized resource theories. A major point in favor of t ...
Quantum Theory
... Before the development of quantum theory, physicists assumed that, with perfect equipment in perfect conditions, measuring any physical quantity as accurately as desired was possible. Quantum mechanical equations show that accurate measurement of both the position and the momentum of a particle at t ...
... Before the development of quantum theory, physicists assumed that, with perfect equipment in perfect conditions, measuring any physical quantity as accurately as desired was possible. Quantum mechanical equations show that accurate measurement of both the position and the momentum of a particle at t ...
High Energy Physics Summer School, Svit, Slovakia 3
... Theoretical Physics Workshop and Summer School, Svit, Slovakia 11-18 September 2016 ...
... Theoretical Physics Workshop and Summer School, Svit, Slovakia 11-18 September 2016 ...
Nuclear Spin Ferromagnetic transition in a 2DEG Pascal Simon
... The ground state of the single electron case is known exactly and corresponds to a ferromagnetic spin state Sigrist et al., PRL 67, 2211 (1991) ...
... The ground state of the single electron case is known exactly and corresponds to a ferromagnetic spin state Sigrist et al., PRL 67, 2211 (1991) ...
Probability Relations between Separated Systems
... [Communicated by PKOF. P. A. M. DIRAC] [Received 21 April, read 26 October 1936] 1. An earlier paperf dealt with the following fact. If for a system which consists of two entirely separated systems the representative (or wave function) is known, then current interpretation of quantum mechanics oblig ...
... [Communicated by PKOF. P. A. M. DIRAC] [Received 21 April, read 26 October 1936] 1. An earlier paperf dealt with the following fact. If for a system which consists of two entirely separated systems the representative (or wave function) is known, then current interpretation of quantum mechanics oblig ...
125 GeV higgs in supersymmetry
... THE HIGGS PARTICLE WOULD BE THE FIRST EXAMPLE OF AN ELEMENTARY SCALAR PARTICLE! So far, Nature does not seem to like elementary scalars and the composite ones are never „unnaturally” light (much lighter than the compositeness scale) unless they are (pseudo) Nambu- Goldstone bosons, like pions in ...
... THE HIGGS PARTICLE WOULD BE THE FIRST EXAMPLE OF AN ELEMENTARY SCALAR PARTICLE! So far, Nature does not seem to like elementary scalars and the composite ones are never „unnaturally” light (much lighter than the compositeness scale) unless they are (pseudo) Nambu- Goldstone bosons, like pions in ...
An Analysis of the Quantum Penny Flip Game using Geometric
... space Λ(V ) of elements consisting of multivectors which can be multiplied by means of the exterior (wedge) product u ∧ v. The noncommutative geometric product uv of two vectors u, v is defined by uv = u · v + u ∧ v, which is the sum of the scalar inner product and the bivector wedge product, and ma ...
... space Λ(V ) of elements consisting of multivectors which can be multiplied by means of the exterior (wedge) product u ∧ v. The noncommutative geometric product uv of two vectors u, v is defined by uv = u · v + u ∧ v, which is the sum of the scalar inner product and the bivector wedge product, and ma ...
The Kinetic Theory of Gases (2)
... 6. Choose a new pair of cells at random and repeat the process. 7. Repeat this procedure thousands of times and plot the histogram of velocities of the particles with masses m1 and m2 separately. The results of these simulations are shown in Figure 5.2. It can be seen that the distributions tend ver ...
... 6. Choose a new pair of cells at random and repeat the process. 7. Repeat this procedure thousands of times and plot the histogram of velocities of the particles with masses m1 and m2 separately. The results of these simulations are shown in Figure 5.2. It can be seen that the distributions tend ver ...
Quantization as a Kan extension
... Schreiber has since collected many toy examples supporting this thesis. In this note we add the following substantial fact: It is indeed true that the quantum propagator arises as a pushforward (pushforward being Kan extension), at least in a suitably discretized setup. Or rather, we prove a very ge ...
... Schreiber has since collected many toy examples supporting this thesis. In this note we add the following substantial fact: It is indeed true that the quantum propagator arises as a pushforward (pushforward being Kan extension), at least in a suitably discretized setup. Or rather, we prove a very ge ...
Morse potential derived from first principles
... in polar coordinates for ω = 1, and considering atomic units, ~ = m = 1. In fact, it is this relationship that allows one to solve the QMO using ladder operators [29], and study this problem through supersymmetry [30]. As a consequence, our approach also provides a conceptual basis for the map betwe ...
... in polar coordinates for ω = 1, and considering atomic units, ~ = m = 1. In fact, it is this relationship that allows one to solve the QMO using ladder operators [29], and study this problem through supersymmetry [30]. As a consequence, our approach also provides a conceptual basis for the map betwe ...