the square root of not - bit
... these circuits never settle into some intermediate condition. Quantum-mechanical systems, as it happens, offer a guarantee of discreteness without any engineering effort at all. When you measure the spin orientation of an electron, for example, it is always either “up” or “down,” never in between. L ...
... these circuits never settle into some intermediate condition. Quantum-mechanical systems, as it happens, offer a guarantee of discreteness without any engineering effort at all. When you measure the spin orientation of an electron, for example, it is always either “up” or “down,” never in between. L ...
Quantum Information and the Representation Theory of the
... Most relevant quantities in information theory are defined operationally with respect to so-called extended resources; that is, the repeated (and generally independent) use of an information-thoretic resource. The quantities are usually rate exponents characterizing an asymptotic behavior of numbers ...
... Most relevant quantities in information theory are defined operationally with respect to so-called extended resources; that is, the repeated (and generally independent) use of an information-thoretic resource. The quantities are usually rate exponents characterizing an asymptotic behavior of numbers ...
Lecture 6: QUANTUM CIRCUITS 1. Simple Quantum Circuits We`ve
... provide a detailed look at quantum circuits because the term ”quantum computer” itself is synonymous with the quantum circuit model of computation. Generally, a quantum circuit is formed by the gates connected by lines. The simplest quantum circuits containing the single qubit gates are shown in Fig ...
... provide a detailed look at quantum circuits because the term ”quantum computer” itself is synonymous with the quantum circuit model of computation. Generally, a quantum circuit is formed by the gates connected by lines. The simplest quantum circuits containing the single qubit gates are shown in Fig ...
Zhang - Department of Computer Science and Engineering, CUHK
... • Though defined in an information theoretical setting, it turned out to provide lower bounds to many computational models. – Data structures, circuit complexity, streaming algorithms, decision tree complexity, VLSI, algorithmic game theory, optimization, pseudo-randomness… ...
... • Though defined in an information theoretical setting, it turned out to provide lower bounds to many computational models. – Data structures, circuit complexity, streaming algorithms, decision tree complexity, VLSI, algorithmic game theory, optimization, pseudo-randomness… ...
Universal quantum control in two-electron spin quantum bits using
... Achieving universal control and prolonging coherence of quantum bits remain some of the most challenging topics in spin-based quantum computation. Logical quantum bits, constructed out of two or more physical quantum bits, can be designed to prolong coherence by operating in a subspace that is less ...
... Achieving universal control and prolonging coherence of quantum bits remain some of the most challenging topics in spin-based quantum computation. Logical quantum bits, constructed out of two or more physical quantum bits, can be designed to prolong coherence by operating in a subspace that is less ...
Identical Quantum Particles and Weak Discernibility - Philsci
... objects before the transfer, when they are still in one common account. On the contrary, the case of more than one money units in one bank account is the standard example of classical non-individuals, where only the account itself, with the total amount of money in it, can be treated as possessing i ...
... objects before the transfer, when they are still in one common account. On the contrary, the case of more than one money units in one bank account is the standard example of classical non-individuals, where only the account itself, with the total amount of money in it, can be treated as possessing i ...
Extending SDL and LMC Complexity Measures to Quantum States
... Consequently, these two simple systems are on the extreme of the scales of order and information implying that a convenient definition of complexity should be proposed combining order and information [11]. Starting with the association of disorder and entropy representing thermodynamic equilibrium, ...
... Consequently, these two simple systems are on the extreme of the scales of order and information implying that a convenient definition of complexity should be proposed combining order and information [11]. Starting with the association of disorder and entropy representing thermodynamic equilibrium, ...
N -level quantum thermodynamics
... entropy functional by coarse graining. 3 Others have applied the von Neumann projection postulate in varying degrees to obtain an increase in entropy. 4 Still others, t3~using methods of quantum field theory, obtain an increase in the in the entropy after taking the thermodynamic limit N, V--~ oe, N ...
... entropy functional by coarse graining. 3 Others have applied the von Neumann projection postulate in varying degrees to obtain an increase in entropy. 4 Still others, t3~using methods of quantum field theory, obtain an increase in the in the entropy after taking the thermodynamic limit N, V--~ oe, N ...
Quantum enhanced metrology and the geometry of quantum channels
... Parameter dependence moved to mixing probabilities Before: ...
... Parameter dependence moved to mixing probabilities Before: ...
