The Quantum Hall Effect
... of rather nice properties. First, they are independent of the scattering time ⌧ . This means that they capture something fundamental about the material itself as opposed to the dirty messy stu↵ that’s responsible for scattering. The second nice property is to do with what we measure. Usually we meas ...
... of rather nice properties. First, they are independent of the scattering time ⌧ . This means that they capture something fundamental about the material itself as opposed to the dirty messy stu↵ that’s responsible for scattering. The second nice property is to do with what we measure. Usually we meas ...
Phys. Chem. Chem. Phys. 14, 9411-20
... AQS, although some of them could also be used on DQS. 2.2.1 Preparing the quantum state into an initial state. In principle, there are two ways to simulate a chemical system.65,66 One is the second quantization method where the Born– Oppenheimer approximation is adopted. It considers that electrons ...
... AQS, although some of them could also be used on DQS. 2.2.1 Preparing the quantum state into an initial state. In principle, there are two ways to simulate a chemical system.65,66 One is the second quantization method where the Born– Oppenheimer approximation is adopted. It considers that electrons ...
Phys. Rev. Lett. 108, 100501 - APS Link Manager
... the controlled phase gate, assuming they occur independently [29]. While, in the thermodynamic limit, the gap vanishes at the phase transition, here, we consider finite system sizes where there always exists a nonzero gap. For gapless phases such as the dipolar crystal, however, it is important to n ...
... the controlled phase gate, assuming they occur independently [29]. While, in the thermodynamic limit, the gap vanishes at the phase transition, here, we consider finite system sizes where there always exists a nonzero gap. For gapless phases such as the dipolar crystal, however, it is important to n ...
Daniel Dennett`s Compatibilism
... author or artificer of the algorithm? Gregory Chaitin tells us that the information in a random-number sequence is only as much as is in the algorithm that created the sequence. And note that the artificial algorithm author implicitly has the kind of knowledge attributed to Laplace’s Demon. Since De ...
... author or artificer of the algorithm? Gregory Chaitin tells us that the information in a random-number sequence is only as much as is in the algorithm that created the sequence. And note that the artificial algorithm author implicitly has the kind of knowledge attributed to Laplace’s Demon. Since De ...
