Quantum Computing and Hidden Variables
... related ideas such as Bohmian mechanics and modal interpretations. Section II B addresses the most common objections to our approach: for example, that the implicit dependence on a fixed basis is unacceptable. In Section III, we introduce five possible axioms for hidden-variable theories. These are ...
... related ideas such as Bohmian mechanics and modal interpretations. Section II B addresses the most common objections to our approach: for example, that the implicit dependence on a fixed basis is unacceptable. In Section III, we introduce five possible axioms for hidden-variable theories. These are ...
量子状態操作と乱れ
... Microscopic expression of the line shape from the Hamiltonian of the system R. Kubo & K.Tomita JPSJ (1954) 888. R. Kubo: JPSJ 12 (1957) 570. ...
... Microscopic expression of the line shape from the Hamiltonian of the system R. Kubo & K.Tomita JPSJ (1954) 888. R. Kubo: JPSJ 12 (1957) 570. ...
QUANTUM ERROR CORRECTING CODES FROM THE
... the current focus in quantum computing is on finite-dimensional Hilbert spaces, and thus we shall make this assumption throughout the paper.) The structure theorem [16, 17] for completely positive maps shows that every quantum channel g on has an operator-sum representation of the form g(~) = ~-~aEa ...
... the current focus in quantum computing is on finite-dimensional Hilbert spaces, and thus we shall make this assumption throughout the paper.) The structure theorem [16, 17] for completely positive maps shows that every quantum channel g on has an operator-sum representation of the form g(~) = ~-~aEa ...
Physics and Faith 3
... - Hartle Hawking Quantum Cosmology, or the - Ekpyrotic Universe is correct, then there may a "physical"* explanation for the initial "singularity" that fills the unexplained "gap" in our physics. There may be no true "rumor" of God here, but just false "rumor," a "God of the Gaps" * it may also be t ...
... - Hartle Hawking Quantum Cosmology, or the - Ekpyrotic Universe is correct, then there may a "physical"* explanation for the initial "singularity" that fills the unexplained "gap" in our physics. There may be no true "rumor" of God here, but just false "rumor," a "God of the Gaps" * it may also be t ...
Momentum Transfer to a Free Floating Double Slit
... From the quantum mechanical perspective, our molecularslit ensemble of HDþ molecules comprises an incoherent superposition of vibrational and rotational excited states. We restrict our modeling to molecules initially in the rotational ground state of HDþ which describes a coherent superposition of a ...
... From the quantum mechanical perspective, our molecularslit ensemble of HDþ molecules comprises an incoherent superposition of vibrational and rotational excited states. We restrict our modeling to molecules initially in the rotational ground state of HDþ which describes a coherent superposition of a ...
A Quantum-Mechanical Argument for Mind
... mind–body dualism may indeed be required by quantum mechanics depending on the explanatory demands one places on the theory.2 I take this argument and the assessment of its implications to illustrate the inevitable interaction between explanation in our best physical theories and productive philosop ...
... mind–body dualism may indeed be required by quantum mechanics depending on the explanatory demands one places on the theory.2 I take this argument and the assessment of its implications to illustrate the inevitable interaction between explanation in our best physical theories and productive philosop ...
Quantum Computer Compilers - Computer Science, Columbia
... The Future of Quantum Hardware • The future does not necessarily belong to the ion trappers: for example, electron spins in quantum dots, superconducting qubits, ultracold neutral atoms are all making impressive progress. • But ion traps have a head start, and some serious effort has been devoted t ...
... The Future of Quantum Hardware • The future does not necessarily belong to the ion trappers: for example, electron spins in quantum dots, superconducting qubits, ultracold neutral atoms are all making impressive progress. • But ion traps have a head start, and some serious effort has been devoted t ...
A REPORT ON QUANTUM COMPUTING
... But actually we need the whole superposition to get the time evolution right. The system really is in some sense in all the classical-like states at once! If the superposition can be protected from unwanted entanglement with its environment (known as decoherence), a quantum computer can output resul ...
... But actually we need the whole superposition to get the time evolution right. The system really is in some sense in all the classical-like states at once! If the superposition can be protected from unwanted entanglement with its environment (known as decoherence), a quantum computer can output resul ...
