Earth-Moon Lagrangian points as a testbed for general relativity and
... our previous papers, as we continue to describe the three-body problem in the context of effective field theories of gravity by adding all features that would contribute to make this subject as close as possible to reality, in order to encourage the launch of future space missions that could verify ...
... our previous papers, as we continue to describe the three-body problem in the context of effective field theories of gravity by adding all features that would contribute to make this subject as close as possible to reality, in order to encourage the launch of future space missions that could verify ...
Quantum Information Processing with Trapped Neutral Atoms
... entanglement in a neutral-atom many body system. In this section we briefly review progress in three main areas: initialization of the qubit register, implementation of single- and two-qubit gates, and methods to address individual qubits. Optical lattices typically confine atoms tightly on the scal ...
... entanglement in a neutral-atom many body system. In this section we briefly review progress in three main areas: initialization of the qubit register, implementation of single- and two-qubit gates, and methods to address individual qubits. Optical lattices typically confine atoms tightly on the scal ...
Path integral Monte Carlo study of the interacting quantum double-well... Quantum phase transition and phase diagram
... study the quantum phase transition in the coupled double-well chain. To improve the convergence properties, the exact action for a single particle in a double-well potential is used to construct the many-particle action. The algorithm is applied to the interacting quantum double-well chain for which ...
... study the quantum phase transition in the coupled double-well chain. To improve the convergence properties, the exact action for a single particle in a double-well potential is used to construct the many-particle action. The algorithm is applied to the interacting quantum double-well chain for which ...
Thermodynamics: the Second Law
... When a change occurs, the total energy of an isolated system remains constant but it is parceled out in different ways. Can it be that the direction of change is related to the distribution of energy? The dispersal of energy Consider a ball (the system) bouncing on the floor (the surroundings). The ...
... When a change occurs, the total energy of an isolated system remains constant but it is parceled out in different ways. Can it be that the direction of change is related to the distribution of energy? The dispersal of energy Consider a ball (the system) bouncing on the floor (the surroundings). The ...
Quantum State Control via Trap-induced Shape Resonance in
... large positive scattering lengths, where the bound state would be close to dissociation. This can be achieved in tight traps, where the scattering length is on the order of z0 and the energy gap approaches a significant fraction of ~ω (see Fig. 3). For example, in an optical lattice of 133 Cs atoms ...
... large positive scattering lengths, where the bound state would be close to dissociation. This can be achieved in tight traps, where the scattering length is on the order of z0 and the energy gap approaches a significant fraction of ~ω (see Fig. 3). For example, in an optical lattice of 133 Cs atoms ...
Genetic Programming for Quantum Computers - Faculty
... Quantum computers are different from classical computers in several ways, and it is not obvious how, in general, software can be developed to take advantage of their non-classical power. A variety of basic questions about this power are still open, for example whether or not there exist polynomial t ...
... Quantum computers are different from classical computers in several ways, and it is not obvious how, in general, software can be developed to take advantage of their non-classical power. A variety of basic questions about this power are still open, for example whether or not there exist polynomial t ...
Perches, Post-holes and Grids
... initial chore of cleaning up an image (removing extraneous material such as legends and physical features which do not bear on the planning hypothesis) typically presents a separate and demanding challenge for each different image. Moreover care must be taken, even in the relatively straightforward ...
... initial chore of cleaning up an image (removing extraneous material such as legends and physical features which do not bear on the planning hypothesis) typically presents a separate and demanding challenge for each different image. Moreover care must be taken, even in the relatively straightforward ...
Common problem against B and L genesis and its possible resolution
... Common problem against B and L genesis and its possible resolution M. Yoshimura • Introduction • 3 conditions for B asymmetry generation • Sources of B non-conservation at finite T GUT, electroweak ・ Scenario of original B-genesis ・ Thermal L-genesis and general remarks ・ Possible nightmare: graviti ...
... Common problem against B and L genesis and its possible resolution M. Yoshimura • Introduction • 3 conditions for B asymmetry generation • Sources of B non-conservation at finite T GUT, electroweak ・ Scenario of original B-genesis ・ Thermal L-genesis and general remarks ・ Possible nightmare: graviti ...
Reversible vs. Quantum Computing
... We know of no fundamental reason why very high Q’s cannot also be achieved in much more complex structures—such as those within a computer. The idea in reversible computing is to construct future nanocomputers as oscillators that work ballistically, with high Q. You put in the initial data, give the ...
... We know of no fundamental reason why very high Q’s cannot also be achieved in much more complex structures—such as those within a computer. The idea in reversible computing is to construct future nanocomputers as oscillators that work ballistically, with high Q. You put in the initial data, give the ...
On cosmology in the laboratory
... the speed of light in the medium by using light itself. An intense light pulse acts as a moving medium for probe light or, similarly, for the fluctuations of the quantum vacuum. In a subsequent experiment [15], this idea was taken up and applied to the observation of a characteristic radiation at th ...
... the speed of light in the medium by using light itself. An intense light pulse acts as a moving medium for probe light or, similarly, for the fluctuations of the quantum vacuum. In a subsequent experiment [15], this idea was taken up and applied to the observation of a characteristic radiation at th ...
Lecture11
... 4. If a system is an eigenstate a with eigenvalue a of an observable  , then a measurement of  on a will yield a. Conversely, if a measurement of  on any state yields a, the measurement leaves the system in an eigenstate a . ...
... 4. If a system is an eigenstate a with eigenvalue a of an observable  , then a measurement of  on a will yield a. Conversely, if a measurement of  on any state yields a, the measurement leaves the system in an eigenstate a . ...