Decoherence of a Quantum Bit Circuit
... Figure 2: Kane’s proposal: nuclear spins of phosphorus impurities form the qubits. The control is provided by the hyperfine interaction with a bound electron around each impurity. Each qubit is controlled by applying a voltage to an A gate electrode that displaces slightly the wavefunction of the bo ...
... Figure 2: Kane’s proposal: nuclear spins of phosphorus impurities form the qubits. The control is provided by the hyperfine interaction with a bound electron around each impurity. Each qubit is controlled by applying a voltage to an A gate electrode that displaces slightly the wavefunction of the bo ...
33 Electric Fields and Potential
... A potential of 1 volt equals 1 joule of energy per coulomb of charge. A potential of 1000 V means that 1000 joules of energy per coulomb is needed to bring a small charge from very far away and add it to the charge on the conductor. The small charge would be much less than one coulomb, so the energy ...
... A potential of 1 volt equals 1 joule of energy per coulomb of charge. A potential of 1000 V means that 1000 joules of energy per coulomb is needed to bring a small charge from very far away and add it to the charge on the conductor. The small charge would be much less than one coulomb, so the energy ...
light scattering by nonspherical particles
... finite-difference t ime domain (FDTD) program with a perfectly rnatched layer (PML) absorbing boundary condition is developed to provide a numerical solution for light scattering by nonspherical dielectric particles. The FDTD rnodel is used to study the single-scattering properties of cirrus ice cry ...
... finite-difference t ime domain (FDTD) program with a perfectly rnatched layer (PML) absorbing boundary condition is developed to provide a numerical solution for light scattering by nonspherical dielectric particles. The FDTD rnodel is used to study the single-scattering properties of cirrus ice cry ...
Ontological Aspects of Quantum Field Theory edited by
... Theory, Steven Weinberg is deeply disappointed by philosophy's 'unreasonable ineffectiveness' (Weinberg 1992, p. 169) to help physicists, e. g., in their search for a final theory. The only merit Weinberg can see in a philosopher's work is that it sometimes prevents physicists from the evils of othe ...
... Theory, Steven Weinberg is deeply disappointed by philosophy's 'unreasonable ineffectiveness' (Weinberg 1992, p. 169) to help physicists, e. g., in their search for a final theory. The only merit Weinberg can see in a philosopher's work is that it sometimes prevents physicists from the evils of othe ...
1 Fundamentals of Magnetism - Wiley-VCH
... attributed to whether or not the material possesses magnetic moments in atomic, ionic, and molecular states. Paramagnetic materials sometimes experience magnetic phase transitions at low temperatures. This means cooperative orderings of magnetic moments occur through exchange and dipolar interaction ...
... attributed to whether or not the material possesses magnetic moments in atomic, ionic, and molecular states. Paramagnetic materials sometimes experience magnetic phase transitions at low temperatures. This means cooperative orderings of magnetic moments occur through exchange and dipolar interaction ...
PHYSICS FIRST PRACTICE SHEETS.book
... standard, small errors in reproducing that standard would be multiplied into very large errors when large quantities of mass were measured. The following prefixes in the SI system indicate the multiplication factor to be used with the basic unit. For example, the prefix kilo- is for a factor of 1,00 ...
... standard, small errors in reproducing that standard would be multiplied into very large errors when large quantities of mass were measured. The following prefixes in the SI system indicate the multiplication factor to be used with the basic unit. For example, the prefix kilo- is for a factor of 1,00 ...
Chapter 9
... Total Momentum • If there is a system of particles moving, then the system as a whole has an overall momentum. • The total momentum of a system of particles is the vector sum of the momenta of the individual ...
... Total Momentum • If there is a system of particles moving, then the system as a whole has an overall momentum. • The total momentum of a system of particles is the vector sum of the momenta of the individual ...
Toward a software architecture for quantum computing design tools
... required movements. Knowledge of the physical layout enters at this step. The final phase includes technology-dependent tools such as circuit or physical operations simulators and layout modules, as well as execution on an actual quantum device. Note that it is likely that any real design will be it ...
... required movements. Knowledge of the physical layout enters at this step. The final phase includes technology-dependent tools such as circuit or physical operations simulators and layout modules, as well as execution on an actual quantum device. Note that it is likely that any real design will be it ...
