How Quantum Theory Helps Us Explain
... physically embodied agent, this time-orientation imposes, or at least may be taken to coincide with, a local time-orientation of physical processes. The conceptual requirement that an agent’s prior information not be taken to include knowledge of how she will decide and act mirrors a physical restr ...
... physically embodied agent, this time-orientation imposes, or at least may be taken to coincide with, a local time-orientation of physical processes. The conceptual requirement that an agent’s prior information not be taken to include knowledge of how she will decide and act mirrors a physical restr ...
Implementing and Characterizing Precise Multiqubit Measurements
... Like any precise operation in a large Hilbert space, it also benefits significantly from high coherence and low residual couplings, as achieved in our device. Any implementation that can realize a similar Hamiltonian is also suitable for this measurement protocol. III. MEASUREMENT CHARACTERIZATION W ...
... Like any precise operation in a large Hilbert space, it also benefits significantly from high coherence and low residual couplings, as achieved in our device. Any implementation that can realize a similar Hamiltonian is also suitable for this measurement protocol. III. MEASUREMENT CHARACTERIZATION W ...
ADIABATIC QUANTUM COMPUTATION
... There is an important subclass of NP problems, called NP-complete problems (NPC). Any NPC problem is at least as hard as all other problems in NP. It means that an algorithm to solve a specific NPC problem can be adapted 13 to solve any other problem in NP. If P6=NP, then it follows that no NP-compl ...
... There is an important subclass of NP problems, called NP-complete problems (NPC). Any NPC problem is at least as hard as all other problems in NP. It means that an algorithm to solve a specific NPC problem can be adapted 13 to solve any other problem in NP. If P6=NP, then it follows that no NP-compl ...
Phys. Chem. Chem. Phys. 14, 9411-20
... and properties of a quantum system, which could be either a stationary molecule or a chemical reaction. The procedure of quantum simulation can be summarized in three steps: (a) preparing the quantum state into an initial state, (b) evolving the initial state with the system Hamiltonian, and (c) mea ...
... and properties of a quantum system, which could be either a stationary molecule or a chemical reaction. The procedure of quantum simulation can be summarized in three steps: (a) preparing the quantum state into an initial state, (b) evolving the initial state with the system Hamiltonian, and (c) mea ...
Quine`s Holism and Quantum Holism
... Separability and local action are metaphysical principles in the sense that they are a precise formulation of assumptions which are at the centre of our common sense view of nature. We take it for granted that physical systems have a state each that completely determines their local properties and t ...
... Separability and local action are metaphysical principles in the sense that they are a precise formulation of assumptions which are at the centre of our common sense view of nature. We take it for granted that physical systems have a state each that completely determines their local properties and t ...
