Adiabatic State Preparation of Interacting Two-Level Systems R. T. Brierley, C. Creatore,
... Discrete atomic-like systems, or qubits, can be excited by using external field pulses that induce Rabi oscillations, with the final state determined by the intensity and duration of the pulse. However, this method is sensitive to fluctuations in the driving field, transition energy and other source ...
... Discrete atomic-like systems, or qubits, can be excited by using external field pulses that induce Rabi oscillations, with the final state determined by the intensity and duration of the pulse. However, this method is sensitive to fluctuations in the driving field, transition energy and other source ...
Unlocking the Lagrangian.
... a given location. If we want to know where a system is heading, we add its current state to its potential, right? Sounds feasible, but that isn't what is happening. The Lagrangian isn't a sum of present and future, it is a sum of energy due to charge and energy due to gravity. As with Newton's gravi ...
... a given location. If we want to know where a system is heading, we add its current state to its potential, right? Sounds feasible, but that isn't what is happening. The Lagrangian isn't a sum of present and future, it is a sum of energy due to charge and energy due to gravity. As with Newton's gravi ...
Carbon – Science and Technology
... electromagnetics/transport dynamics in realistic environments. It is highlighted that the selfgenerated electromagnetic field may affect the dynamics (group velocity, kinetic energy etc.) of the quantum transport. This is particularly important in the analysis of time transients and in the describin ...
... electromagnetics/transport dynamics in realistic environments. It is highlighted that the selfgenerated electromagnetic field may affect the dynamics (group velocity, kinetic energy etc.) of the quantum transport. This is particularly important in the analysis of time transients and in the describin ...
PH504lec0809-4
... the electric dipole. The electric dipole - definition Consists of two equal and opposite charges Q separated by a distance s. In an ideal dipole s is very small compared to the distances to any other charges and also to any points where we wish to find the resultant electric potential or E-field. H ...
... the electric dipole. The electric dipole - definition Consists of two equal and opposite charges Q separated by a distance s. In an ideal dipole s is very small compared to the distances to any other charges and also to any points where we wish to find the resultant electric potential or E-field. H ...
Tip-Enhanced Fluorescence Microscopy at 10 Nanometer Resolution
... was insufficient to differentiate between various models because they did not probe the high-contrast region within several nanometers of tip-sample contact. The measured z a6 decay corresponds to the ‘‘near-field’’ term in the expression for the field intensity near a point dipole, where z is ...
... was insufficient to differentiate between various models because they did not probe the high-contrast region within several nanometers of tip-sample contact. The measured z a6 decay corresponds to the ‘‘near-field’’ term in the expression for the field intensity near a point dipole, where z is ...
QUANTUM DYNAMICS OF A MASSLESS RELATIVISTIC
... that the ends of the string move at the speed of light. Another is the fact that only the motion of the string perpendicular to itself is dynamically significant. Thus the number of independent vibrations of the string is only two: the string is transverse. The string can then be quantized by making ...
... that the ends of the string move at the speed of light. Another is the fact that only the motion of the string perpendicular to itself is dynamically significant. Thus the number of independent vibrations of the string is only two: the string is transverse. The string can then be quantized by making ...
