Unipolar Induction
... problem produced by the contemporary physics establishment to see that the statements of Faraday and the modern viewpoint are equivalent. In a final note to the reader, the statement given above by Faraday is consistent with the most recent experiments performed in the modern era. Hence the experime ...
... problem produced by the contemporary physics establishment to see that the statements of Faraday and the modern viewpoint are equivalent. In a final note to the reader, the statement given above by Faraday is consistent with the most recent experiments performed in the modern era. Hence the experime ...
Emergent Gravity and the Dark Universe
... state in which part of the microscopic degrees of freedom are being ‘thermalized’. An important lesson that has come out of the complementarity, firewall [25] and ER=EPR [26] discussions is that the quantum information counted by the BekensteinHawking entropy is not localized on the horizon itself [ ...
... state in which part of the microscopic degrees of freedom are being ‘thermalized’. An important lesson that has come out of the complementarity, firewall [25] and ER=EPR [26] discussions is that the quantum information counted by the BekensteinHawking entropy is not localized on the horizon itself [ ...
DownLoad - Vedamu.org
... It is said that a blind person and a lame person may not remain passive as a result of their respective defects. If they were to collaborate in a joint enterprise, then one will see for both, and one will assist the other with walking. Quantum Physics does not have the required foresight to meet the ...
... It is said that a blind person and a lame person may not remain passive as a result of their respective defects. If they were to collaborate in a joint enterprise, then one will see for both, and one will assist the other with walking. Quantum Physics does not have the required foresight to meet the ...
2. Electron spin dynamics in quantum dots
... important. The relaxation lifetime of electron spins for an ensemble of CdSe quantum dots of very small diameter (20–80 Å) was measured by Gupta et al [14] using a femtosecond-resolved Faraday rotation technique. Again, due to the small size of the dot the Coulomb interaction between electron and ho ...
... important. The relaxation lifetime of electron spins for an ensemble of CdSe quantum dots of very small diameter (20–80 Å) was measured by Gupta et al [14] using a femtosecond-resolved Faraday rotation technique. Again, due to the small size of the dot the Coulomb interaction between electron and ho ...
Mass and Gravity
... active gravitational mass and passive gravitational mass. A universal proportionality between those different types of mass was assumed and confirmed by many so-called Eötvös experiments (see Chap. 4). For Albert Einstein (1879–1955) that ‘Weak Equivalence Principle’ gave the basis for his theory of ...
... active gravitational mass and passive gravitational mass. A universal proportionality between those different types of mass was assumed and confirmed by many so-called Eötvös experiments (see Chap. 4). For Albert Einstein (1879–1955) that ‘Weak Equivalence Principle’ gave the basis for his theory of ...
Vibration multistability and quantum switching for dispersive coupling Maizelis, Rudner, Dykman
... frequency tuned into good resonance with the driving field via the dispersive coupling, or small-amplitude vibrations with an effective mode frequency far from resonance with the driving field. In each case, the vibration amplitude of mode M sets the transition frequencies of the system S. If system ...
... frequency tuned into good resonance with the driving field via the dispersive coupling, or small-amplitude vibrations with an effective mode frequency far from resonance with the driving field. In each case, the vibration amplitude of mode M sets the transition frequencies of the system S. If system ...
Universitat Autonoma de Barcelona Facultat de Ciencies, Departament de F sica
... cold atoms, solid state systems, trapped ions, or quantum dots. In these systems, quantum information is encoded, for instance, in the internal energy, in the vibrational states, in the position, in the angular momentum or in the spin state. On the other hand, in quantum communication, photons are t ...
... cold atoms, solid state systems, trapped ions, or quantum dots. In these systems, quantum information is encoded, for instance, in the internal energy, in the vibrational states, in the position, in the angular momentum or in the spin state. On the other hand, in quantum communication, photons are t ...
Classical vs Quantum Information - UMD Math
... one way as a mixture of extremal states, the vertices of the simplex. No other state space has this feature: if the state space is not a simplex, the representation of mixed states as convex combinations of extremal states is not unique. The simplest quantum system is the qubit, whose state space as ...
... one way as a mixture of extremal states, the vertices of the simplex. No other state space has this feature: if the state space is not a simplex, the representation of mixed states as convex combinations of extremal states is not unique. The simplest quantum system is the qubit, whose state space as ...
ABSTRACT RANDOM ROUTING AND CONCENTRATION IN QUANTUM SWITCHING NETWORKS
... is probabilistically self-routable. In particular, we prove that with random routing on the first (log n − 1) stages and bit controlled self-routing on the last log n stages of a quantum Beneš network, the output packet pattern corresponding to routing with no blocking is always present in the outp ...
... is probabilistically self-routable. In particular, we prove that with random routing on the first (log n − 1) stages and bit controlled self-routing on the last log n stages of a quantum Beneš network, the output packet pattern corresponding to routing with no blocking is always present in the outp ...
Spin Properties in InAs/GaAs Quantum Dot based Nanostructures
... Optical orientation at the energy of the WL light-hole (lh) exciton (XL) is accompanied by simultaneous excitation from the heavy-hole (hh) valence band at high ~k-vectors. Quantum interference of the two excitation pathways in the spectral vicinity of the XL energy resulted in occurrence of an asym ...
... Optical orientation at the energy of the WL light-hole (lh) exciton (XL) is accompanied by simultaneous excitation from the heavy-hole (hh) valence band at high ~k-vectors. Quantum interference of the two excitation pathways in the spectral vicinity of the XL energy resulted in occurrence of an asym ...
Open the publication - UEF Electronic Publications
... typically appear at metal–dielectric interfaces. The seemingly earliest recorded observation associated with SPPs, although not recognized at that time, is the spectral anomaly discovered by Wood in 1902 when studying light diffraction from a metal grating [60]. Despite major efforts and contributio ...
... typically appear at metal–dielectric interfaces. The seemingly earliest recorded observation associated with SPPs, although not recognized at that time, is the spectral anomaly discovered by Wood in 1902 when studying light diffraction from a metal grating [60]. Despite major efforts and contributio ...
Signatures of Majorana zero-modes in nanowires, quantum spin
... its anti-particle. Such Majorana fermions may or may not be realized as fundamental particles in high energy physics, but in superconductors they appear naturally when a Cooper pair breaks up [2]. In field theory, particles that are their own anti-particles must be described by a real field, as the ...
... its anti-particle. Such Majorana fermions may or may not be realized as fundamental particles in high energy physics, but in superconductors they appear naturally when a Cooper pair breaks up [2]. In field theory, particles that are their own anti-particles must be described by a real field, as the ...
Untitled - Det Galaktiske Parti
... produce more energy than it cost to build, and that it will last forever (or at least until his kids get out of college). So it is seen that these generators can be thought of as 'free-energy’ or 'over-unity' devices, while they are really only energy conversion devices, and obviously not perpetual ...
... produce more energy than it cost to build, and that it will last forever (or at least until his kids get out of college). So it is seen that these generators can be thought of as 'free-energy’ or 'over-unity' devices, while they are really only energy conversion devices, and obviously not perpetual ...
Presentation 01
... Electric Field Lines 1. Join end-to-end infinitesimal vectors representing E…the curve that results is an electric field line (also known as line of force). 2. By construction then, the direction of the E field at any given point is tangent to the field line crossing that point. 3. Field lines poin ...
... Electric Field Lines 1. Join end-to-end infinitesimal vectors representing E…the curve that results is an electric field line (also known as line of force). 2. By construction then, the direction of the E field at any given point is tangent to the field line crossing that point. 3. Field lines poin ...
Quantum theory of ion-atom interactions
... sensitive dependence of the interactions on the short-range potential. The standard numerical method is not only inefficient in addressing these issues, but can also miss important physics such as extremely narrow resonances. Ion-atom interaction at cold temperatures is further complicated by what i ...
... sensitive dependence of the interactions on the short-range potential. The standard numerical method is not only inefficient in addressing these issues, but can also miss important physics such as extremely narrow resonances. Ion-atom interaction at cold temperatures is further complicated by what i ...
this PDF file - American International Journal of
... inhomogeneous dissipative media possessing similar time dispersion. It should be noted that these numerical codes are also expedient for calculation of fields not only in linear, but also in nonlinear media. There is an ample amount of the FDTD code literature, but a practical implementation of the ...
... inhomogeneous dissipative media possessing similar time dispersion. It should be noted that these numerical codes are also expedient for calculation of fields not only in linear, but also in nonlinear media. There is an ample amount of the FDTD code literature, but a practical implementation of the ...
Stimulated emission from single quantum dipoles
... where d , , is the dipole matrix element. In deriving this result, the two-level system is assumed to have a spatial extent small in comparison to the optical wavelength so that the dipole approximation is applicable. In particular, the spatial variation of the optical wave is rcmoved from the inter ...
... where d , , is the dipole matrix element. In deriving this result, the two-level system is assumed to have a spatial extent small in comparison to the optical wavelength so that the dipole approximation is applicable. In particular, the spatial variation of the optical wave is rcmoved from the inter ...
Interband optical investigation of Bloch oscillations in semiconductor superlattices TOPICAL REVIEW
... can be prevented by the Coulomb interaction [20]. It can be shown that the lower limit for the miniband width is approximately given by the exciton binding energy, which is between 5 and 10 meV in the III–V systems. 2. Optical experiments observing Bloch oscillations in superlattices 2.1. General re ...
... can be prevented by the Coulomb interaction [20]. It can be shown that the lower limit for the miniband width is approximately given by the exciton binding energy, which is between 5 and 10 meV in the III–V systems. 2. Optical experiments observing Bloch oscillations in superlattices 2.1. General re ...