PPTX - University of Toronto Physics
... ideal parallel-plate capacitor constructed from two infinite charged planes The ideal capacitor is a good approximation as long as the electrode separation d is much smaller than the electrodes’ size. ...
... ideal parallel-plate capacitor constructed from two infinite charged planes The ideal capacitor is a good approximation as long as the electrode separation d is much smaller than the electrodes’ size. ...
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... Figure 2. Essential components of the singlet-state quantum communication system from figure 1. (a) Simplified atomic-level schematic diagram of the trapped rubidium atom quantum memory: A-to-B transition occurs when one photon from an entangled pair is absorbed; B-to-D transition is coherently driv ...
... Figure 2. Essential components of the singlet-state quantum communication system from figure 1. (a) Simplified atomic-level schematic diagram of the trapped rubidium atom quantum memory: A-to-B transition occurs when one photon from an entangled pair is absorbed; B-to-D transition is coherently driv ...
Mixed-State Evolution in the Presence of Gain and Loss
... another channel, the resulting dynamics can exhibit features that are similar to those seen in Hamiltonian dynamical systems. The time evolution of such a system can be described by a Hamiltonian that is symmetric under a space-time reflection, that is, invariant under the paritytime (PT) reversal. ...
... another channel, the resulting dynamics can exhibit features that are similar to those seen in Hamiltonian dynamical systems. The time evolution of such a system can be described by a Hamiltonian that is symmetric under a space-time reflection, that is, invariant under the paritytime (PT) reversal. ...
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... prior to the discovery of the Meissner effect in 1933 assumed that a superconductor is a ferromagnet. There were moreover, some “theorems” at the time that purported to show that an electromagnetic treatment of superconductivity as a diamagnetic phenomenon would be impossible. But a few months after ...
... prior to the discovery of the Meissner effect in 1933 assumed that a superconductor is a ferromagnet. There were moreover, some “theorems” at the time that purported to show that an electromagnetic treatment of superconductivity as a diamagnetic phenomenon would be impossible. But a few months after ...
Quantum Field Theory and Composite Fermions in the Fractional
... impact of the spin of the electron. There are some phenomenological approaches to incorporate the spin of the electron in terms of spin pairing to describe for instance polarization effects [MMN+ 02, KMM+ 02b]. From quantum electrodynamics it is well known that the anomalous magnetic moment of the e ...
... impact of the spin of the electron. There are some phenomenological approaches to incorporate the spin of the electron in terms of spin pairing to describe for instance polarization effects [MMN+ 02, KMM+ 02b]. From quantum electrodynamics it is well known that the anomalous magnetic moment of the e ...
Armin Scrinzi
... With the proper transformation of units we have The rate increases ∼ Z 2 , but the effect of the field decreases ∼ Z −3 , (see discussion of the scaling above): ...
... With the proper transformation of units we have The rate increases ∼ Z 2 , but the effect of the field decreases ∼ Z −3 , (see discussion of the scaling above): ...
Comment on ‘‘Radio frequency radiation beam pattern of lightning
... return stroke front) and at any distance from the lightning channel is equation (7) of Thottappillil and Rakov [2001b] (see also equation (5.21) of Thottappillil [2003]). This equation does not contain any explicit F factor unless there is a current discontinuity at the wave front, which is one of t ...
... return stroke front) and at any distance from the lightning channel is equation (7) of Thottappillil and Rakov [2001b] (see also equation (5.21) of Thottappillil [2003]). This equation does not contain any explicit F factor unless there is a current discontinuity at the wave front, which is one of t ...
Physical Mathematics and the Future
... The use of the term “Physical Mathematics” in contrast to the more traditional “Mathematical Physics” by myself and others is not meant to detract from the venerable subject of Mathematical Physics but rather to delineate a smaller subfield characterized by questions and goals that are often motivat ...
... The use of the term “Physical Mathematics” in contrast to the more traditional “Mathematical Physics” by myself and others is not meant to detract from the venerable subject of Mathematical Physics but rather to delineate a smaller subfield characterized by questions and goals that are often motivat ...
1. The Influence of the Human Body on Electric and Magnetic Field
... For the computations we performed, the body was not modeled using a lossy dielectric, as might seem obvious at first; ideal conductivity was assumed. This is acceptable since we showed that the field conditions in front of the body can be described very well in this manner, although the effects of t ...
... For the computations we performed, the body was not modeled using a lossy dielectric, as might seem obvious at first; ideal conductivity was assumed. This is acceptable since we showed that the field conditions in front of the body can be described very well in this manner, although the effects of t ...
Suppression of error in qubit rotations due to Bloch–Siegert oscillation... resonant Raman excitation
... For a low frequency qubit system that is operated by a strong driving field, the BSO correction to the usual Rabi oscillation could be a significant fraction. For example, in a recent experiment by Martinis et al [11], the BSO amplitude was on the order of 1% of the usual Rabi oscillation. For a sti ...
... For a low frequency qubit system that is operated by a strong driving field, the BSO correction to the usual Rabi oscillation could be a significant fraction. For example, in a recent experiment by Martinis et al [11], the BSO amplitude was on the order of 1% of the usual Rabi oscillation. For a sti ...
IOSR Journal of Applied Physics (IOSR-JAP)
... Abstract: Corrections in energy levels of hydrogen and muonic hydrogen atom are calculated using Uehling potential with point and finite size proton. The finite size protonis used by introducing the charge density of the proton. The derivative expansion theory is used to obtain approximate finite si ...
... Abstract: Corrections in energy levels of hydrogen and muonic hydrogen atom are calculated using Uehling potential with point and finite size proton. The finite size protonis used by introducing the charge density of the proton. The derivative expansion theory is used to obtain approximate finite si ...
