Sombrero Adiabatic Quantum Computation
... Sombrero Adiabatic Quantum Computation (2/7) Why starting with an initial guess instead of uniform superposition? In addition to random choices for the initial guess (a good idea if less computational power is to be invested), there are many ways to make an educated guess of a solution: 1) One coul ...
... Sombrero Adiabatic Quantum Computation (2/7) Why starting with an initial guess instead of uniform superposition? In addition to random choices for the initial guess (a good idea if less computational power is to be invested), there are many ways to make an educated guess of a solution: 1) One coul ...
Semiconductor qubits for quantum computation
... Church-Turing thesis: There is a „Universal Turing machine“, that can efficiently simulate any other algorithm on any physical device ...
... Church-Turing thesis: There is a „Universal Turing machine“, that can efficiently simulate any other algorithm on any physical device ...
Semiconductor qubits for quantum computation
... Church-Turing thesis: There is a „Universal Turing machine“, that can efficiently simulate any other algorithm on any physical device ...
... Church-Turing thesis: There is a „Universal Turing machine“, that can efficiently simulate any other algorithm on any physical device ...
DYNAMICS AND INFORMATION (Published by Uspekhi
... rise to a number of problems if not absurdities. First of all, it is the uncommon for an exact science a necessity to interpret the physical meaning of the wave function and the quantum mechanics itself. Moreover, such interpretations are not unique [3 ë 5], although they do not differ much from one ...
... rise to a number of problems if not absurdities. First of all, it is the uncommon for an exact science a necessity to interpret the physical meaning of the wave function and the quantum mechanics itself. Moreover, such interpretations are not unique [3 ë 5], although they do not differ much from one ...
Here
... mapped to the Gauss-Manin connection of the family Yb . The latter is the flat connection induced by the continuous family of lattices H ∗ (Y, Z) ⊂ H ∗ (Y, C). Given a family of symplectictomorphic spaces such as Yb , one can often produce a ‘symplectic connection’ which associates to a path in the ...
... mapped to the Gauss-Manin connection of the family Yb . The latter is the flat connection induced by the continuous family of lattices H ∗ (Y, Z) ⊂ H ∗ (Y, C). Given a family of symplectictomorphic spaces such as Yb , one can often produce a ‘symplectic connection’ which associates to a path in the ...
New geometric concepts in the foundations of physics
... through and through, although this is sometimes obscured by rather inelegant presentations. In general relativity, the geometry of space–time itself, in the form of the metric, becomes dynamical and interacts with matter. As is well known, Einstein failed to realize his dream of finding a unified, g ...
... through and through, although this is sometimes obscured by rather inelegant presentations. In general relativity, the geometry of space–time itself, in the form of the metric, becomes dynamical and interacts with matter. As is well known, Einstein failed to realize his dream of finding a unified, g ...
Lecture 3 Operator methods in quantum mechanics
... Operator methods allow us to expose the symmetry content of quantum systems – providing classification of degenerate submanifolds and multiplets. Operator methods can provide insight into dynamical properties of quantum systems without having to resolve eigenstates. Quantum harmonic oscillator provi ...
... Operator methods allow us to expose the symmetry content of quantum systems – providing classification of degenerate submanifolds and multiplets. Operator methods can provide insight into dynamical properties of quantum systems without having to resolve eigenstates. Quantum harmonic oscillator provi ...
Quantum Computations with Polarized Photons
... We have presented a method to perform any quantum computation in a fully optical way, by encoding each qubit in a single photon polarization state. A universal set of gates has been proposed, along with the prescriptions for the generation of the input states and for the retrieval of the final resul ...
... We have presented a method to perform any quantum computation in a fully optical way, by encoding each qubit in a single photon polarization state. A universal set of gates has been proposed, along with the prescriptions for the generation of the input states and for the retrieval of the final resul ...
7. Some Modern Applications of Quantum Mechanics
... Bell states which assume now greater significance in several other technological contexts as well. What was started as pure philosophical debate between Einstein and Bohr several decades ago is likely to give efficient technological spin-offs in the modern times. Some noted physicists had considered ...
... Bell states which assume now greater significance in several other technological contexts as well. What was started as pure philosophical debate between Einstein and Bohr several decades ago is likely to give efficient technological spin-offs in the modern times. Some noted physicists had considered ...
