Quantum Mechanical Ideal Diesel Engine
... width L with infinite potential walls. The motion equation of this system is one-dimensional time independent Schrodinger equation. ...
... width L with infinite potential walls. The motion equation of this system is one-dimensional time independent Schrodinger equation. ...
Full-Text PDF
... media with linear gain and loss can be described by a Schrödinger-like equation under dynamics dictated by a P T -symmetric Hamiltonian, where the optical refractive index played the role of quantum-like potential and propagation distance that of time [8]. The second one dealt with composite systems ...
... media with linear gain and loss can be described by a Schrödinger-like equation under dynamics dictated by a P T -symmetric Hamiltonian, where the optical refractive index played the role of quantum-like potential and propagation distance that of time [8]. The second one dealt with composite systems ...
Easy introduction to quantum informatics
... who possesses a preparing device for the entangled state |W Measuring projections Two piecesdevice: of “Magic bark” = to = a couple of spins in entangled state ...
... who possesses a preparing device for the entangled state |W Measuring projections Two piecesdevice: of “Magic bark” = to = a couple of spins in entangled state ...
PowerPoint - Isaac Newton Institute
... Goal: Analyze SL as a function of L for relevant theories ...
... Goal: Analyze SL as a function of L for relevant theories ...
Hypercomputation - the UNC Department of Computer Science
... At least one physicist, Dr. Guenter Nimtz of the University of Cologne, holds the opinion that a number of experiments, including those of the Italian group, have in fact sent information superluminally. But not even Dr. Nimtz believes that this trick would allow one to reach back in time. He says, ...
... At least one physicist, Dr. Guenter Nimtz of the University of Cologne, holds the opinion that a number of experiments, including those of the Italian group, have in fact sent information superluminally. But not even Dr. Nimtz believes that this trick would allow one to reach back in time. He says, ...
The Bohr model
... enough. This model tells us nothing about why and how the transitions are made. It is rather ad hoc. Bohr also introduced a helpful principle in Quantum Mechanics, the Correspondence Principle, the idea that Quantum Mechanical calculations must limit to classical results when the census of quantum n ...
... enough. This model tells us nothing about why and how the transitions are made. It is rather ad hoc. Bohr also introduced a helpful principle in Quantum Mechanics, the Correspondence Principle, the idea that Quantum Mechanical calculations must limit to classical results when the census of quantum n ...
pdf
... Of Clifton’s desiderata for interpretations of quantum mechanics, the foremost is the definability condition. An interpretation satisfies the definability condition just in case its choice of definitevalued observables can be defined in terms of the quantum state alone. But what is the physical or m ...
... Of Clifton’s desiderata for interpretations of quantum mechanics, the foremost is the definability condition. An interpretation satisfies the definability condition just in case its choice of definitevalued observables can be defined in terms of the quantum state alone. But what is the physical or m ...
6.2 Growth and structure of semiconductor quantum wells
... K peaks at 2.64 eV(470 nm) and has a full width at half maximum of 16 meV. The emission energy is about 0.1 eV larger than the band gap of the bulk material, and the line width is limited by the inevitable fluctuations in the well width that occur during the epitaxial growth. At RT the peak has shif ...
... K peaks at 2.64 eV(470 nm) and has a full width at half maximum of 16 meV. The emission energy is about 0.1 eV larger than the band gap of the bulk material, and the line width is limited by the inevitable fluctuations in the well width that occur during the epitaxial growth. At RT the peak has shif ...
Non-perturbative Quantum Electrodynamics in low
... The outline of the thesis is: • Chapter 2 gives an overview of both classical and quantum electrodynamics in 1 + 1 dimensions, which sheds light on the important features that will be emphasized in the solution presented in Chapter 3. After the review of the role of topological degrees of freedom in ...
... The outline of the thesis is: • Chapter 2 gives an overview of both classical and quantum electrodynamics in 1 + 1 dimensions, which sheds light on the important features that will be emphasized in the solution presented in Chapter 3. After the review of the role of topological degrees of freedom in ...
The Role of Physics in Science Integration
... Other natural sciences, like biology and neuroscience, which describe living organisms, are less mathematizied and hence lack scientific exactness and strictness. All experimental data, on which the results here are based, are obtained by means of modern technologies and equipment developed owing to ...
... Other natural sciences, like biology and neuroscience, which describe living organisms, are less mathematizied and hence lack scientific exactness and strictness. All experimental data, on which the results here are based, are obtained by means of modern technologies and equipment developed owing to ...
PDF Full-text
... • In 1963 [10], Dirac constructed a representation of the (3 + 2) deSitter group using two harmonic oscillators. This deSitter group contains three (3 + 1) Lorentz groups as its subgroups. In each of these papers, Dirac presented the original ingredients which can serve as building blocks for making ...
... • In 1963 [10], Dirac constructed a representation of the (3 + 2) deSitter group using two harmonic oscillators. This deSitter group contains three (3 + 1) Lorentz groups as its subgroups. In each of these papers, Dirac presented the original ingredients which can serve as building blocks for making ...
M. J. Gilbert and J. P. Bird,"Application of Split-Gate Structures as Tunable Spin Filters," Applied Physics Letters , 77 , 1050 (2000).
... to induce spin polarization at local points within a circuit, and to vary the degree of the polarization in situ. In this letter, we describe the design of such a tunable spin filter, that exploits the known magnetotransport properties of quantum point contacts. We also explore the different require ...
... to induce spin polarization at local points within a circuit, and to vary the degree of the polarization in situ. In this letter, we describe the design of such a tunable spin filter, that exploits the known magnetotransport properties of quantum point contacts. We also explore the different require ...