AntalyaQuantumComputingTutorial
... both the position and the momentum of a quantum particle with arbitrary precision. In his Nobel prize lecture on December 11, 1954 Max Born says about this fundamental principle of Quantum Mechanics : ``... It shows that not only the determinism of classical physics must be abandoned, but also the n ...
... both the position and the momentum of a quantum particle with arbitrary precision. In his Nobel prize lecture on December 11, 1954 Max Born says about this fundamental principle of Quantum Mechanics : ``... It shows that not only the determinism of classical physics must be abandoned, but also the n ...
Anvil or Onion? Determinism as a Layered Concept Robert C
... evolution equations) describing the change in time of the relevant variables characterizing the system in question, a complete specification of the initial state referred to as the initial conditions (ICs) for the model and/or a characterization of the boundaries for the model known as the boundary ...
... evolution equations) describing the change in time of the relevant variables characterizing the system in question, a complete specification of the initial state referred to as the initial conditions (ICs) for the model and/or a characterization of the boundaries for the model known as the boundary ...
Prime Factorization by Quantum Adiabatic Computation
... is faster at certain tasks compared to a classical computer was made in 1985 by D. Deutsch [9]. Deutsch challenged the fastest known model of computation, the probabilistic Turing machine, by introducing the notion of a universal quantum computer. By constructing one of the first quantum algorithms ...
... is faster at certain tasks compared to a classical computer was made in 1985 by D. Deutsch [9]. Deutsch challenged the fastest known model of computation, the probabilistic Turing machine, by introducing the notion of a universal quantum computer. By constructing one of the first quantum algorithms ...
Quantum Lambda Calculus - Department of Mathematics and
... interact with a function-as-data by applying it to an argument, but not, for instance, by examining its code. We give some examples illustrating how some common phenomena in quantum computation can be interpreted in terms of higher-order functions. In these examples, we will informally use some conc ...
... interact with a function-as-data by applying it to an argument, but not, for instance, by examining its code. We give some examples illustrating how some common phenomena in quantum computation can be interpreted in terms of higher-order functions. In these examples, we will informally use some conc ...
Efficient generation of a maximally entangled state by
... In fact, various interesting and peculiar phenomena are predicted on the basis of highly nonclassical states, and entanglement plays a key role in quantum information protocols [1]. They all rely on the generation of nontrivial states and are not realized without establishing strategies for the prep ...
... In fact, various interesting and peculiar phenomena are predicted on the basis of highly nonclassical states, and entanglement plays a key role in quantum information protocols [1]. They all rely on the generation of nontrivial states and are not realized without establishing strategies for the prep ...
A Noncommutative Sigma Model by Mauritz van den Worm
... Starting off in Chapter 1 we consider the C ∗ -algebra generated by a collection of operators. Following these ideas we introduce the quantum torus and study some of its more interesting properties, such as the fact that it can be written as a crossed product which will greatly aid us in determining ...
... Starting off in Chapter 1 we consider the C ∗ -algebra generated by a collection of operators. Following these ideas we introduce the quantum torus and study some of its more interesting properties, such as the fact that it can be written as a crossed product which will greatly aid us in determining ...
Quantum computing: An IBM perspective
... Historically, a liquid-state NMR quantum computer (NMRQC) was the first physical system demonstrating many of the main concepts of quantum computing. In such a system, the nuclear spins are placed in a strong magnetic field, creating the Bup[ and Bdown[ states of the nuclear spin (similar to the north ...
... Historically, a liquid-state NMR quantum computer (NMRQC) was the first physical system demonstrating many of the main concepts of quantum computing. In such a system, the nuclear spins are placed in a strong magnetic field, creating the Bup[ and Bdown[ states of the nuclear spin (similar to the north ...
Quasi Particle Tunneling in the Fractional Quantum Hall Regime
... scattering and disorder. When this happens the density of states (DOS) will show modulations, which will result in an oscillating longitudinal resistivity. At higher magnetic fields, where the energy quantization becomes dominant, marks the onset of the integer quantum Hall effect. ...
... scattering and disorder. When this happens the density of states (DOS) will show modulations, which will result in an oscillating longitudinal resistivity. At higher magnetic fields, where the energy quantization becomes dominant, marks the onset of the integer quantum Hall effect. ...
Exactly Solvable Problems in Quantum Mechanics
... although the algebras used are in large majority of cases sl(2) or related algebras, there are several independent ways of using these algebras to obtain the exact solutions. There is large difference between the classical method using constants of motion and all the other methods. Depending on the ...
... although the algebras used are in large majority of cases sl(2) or related algebras, there are several independent ways of using these algebras to obtain the exact solutions. There is large difference between the classical method using constants of motion and all the other methods. Depending on the ...
BLIND QUANTUM COMPUTATION 1. Introduction and Background
... state ρ, applies random Pauli operators Pn to each qubit, and then sends the qubits to Bob, Bob can only observe a maximally mixed state, since he has no knowledge of which Pauli operators have been applied. If Bob subsequently applies some operation U (such as X ⊗n or Z ⊗n ), then there is a known ...
... state ρ, applies random Pauli operators Pn to each qubit, and then sends the qubits to Bob, Bob can only observe a maximally mixed state, since he has no knowledge of which Pauli operators have been applied. If Bob subsequently applies some operation U (such as X ⊗n or Z ⊗n ), then there is a known ...