- Philsci
... phenomena it is about. Following the available literature, we will refer to such explanations as structural explanations. In order to illustrate our main claim, we will present two case studies, involving two of the most typical and puzzling quantum phenomena, namely Heisenberg’s Uncertainty Relatio ...
... phenomena it is about. Following the available literature, we will refer to such explanations as structural explanations. In order to illustrate our main claim, we will present two case studies, involving two of the most typical and puzzling quantum phenomena, namely Heisenberg’s Uncertainty Relatio ...
Nanoscale devices for rectification of high frequency radiation from
... too high, few electrons will be able to transfer from one electrode to the other during the half of the period when the electric field vector in the laser beam accelerates the tunneling electron. This means that one should observe a cutoff in the strength of the rectified DC signal either (1) when th ...
... too high, few electrons will be able to transfer from one electrode to the other during the half of the period when the electric field vector in the laser beam accelerates the tunneling electron. This means that one should observe a cutoff in the strength of the rectified DC signal either (1) when th ...
The unique electronic properties of graphene – a one-atom
... data is regarded as one of the greatest successes of condensed-matter physics. Massless electrons We are already familiar with massless Dirac fermiGraphene’s unique properties arise from the collective behaviour of electrons. That in itself is nothing new: as ons in high-energy particle physics: neu ...
... data is regarded as one of the greatest successes of condensed-matter physics. Massless electrons We are already familiar with massless Dirac fermiGraphene’s unique properties arise from the collective behaviour of electrons. That in itself is nothing new: as ons in high-energy particle physics: neu ...
and fourth-order temporal interference
... the pump). The pump is removed by using a polarizing beam splitter placed after the crystal as well as by interference filters (centered at 810 nm, 10-nm bandwidth) placed in front of the detectors D1 and D2 (EG&G SPCM-AQR-15-FC), the outputs of which are fed to a coincidence circuit (denoted ⊗) and ...
... the pump). The pump is removed by using a polarizing beam splitter placed after the crystal as well as by interference filters (centered at 810 nm, 10-nm bandwidth) placed in front of the detectors D1 and D2 (EG&G SPCM-AQR-15-FC), the outputs of which are fed to a coincidence circuit (denoted ⊗) and ...
Statistical Physics
... were trying to establish the connection between thermal heat and mechanical work. This effort led to the fundamental laws of thermodynamics. In contrast to the laws of mechanics which had to be modified, these turned out to have a much larger range of validity. In fact, today we know that they can b ...
... were trying to establish the connection between thermal heat and mechanical work. This effort led to the fundamental laws of thermodynamics. In contrast to the laws of mechanics which had to be modified, these turned out to have a much larger range of validity. In fact, today we know that they can b ...
Partial fulfillment of DiVincenzo criteria using manipulation of Rb
... Quantum computers are one class of next generation computers, which are currently under development. Although the exact boundary of their power is still unknown they promise an exponential decrease in computing time for a range of computational problems [1]. As the name suggests processing informati ...
... Quantum computers are one class of next generation computers, which are currently under development. Although the exact boundary of their power is still unknown they promise an exponential decrease in computing time for a range of computational problems [1]. As the name suggests processing informati ...
Spin Transverse Force on Spin Current in an Electric Field
... rVv rV: (6c) 8m2 c4 This is the quantum mechanical analogue of Newton’s second law. Of course we should notice that this is just an operator equation. The uncertainty relationship tells us that the position and momentum cannot be measured simultaneously, and there is no concept of force in ...
... rVv rV: (6c) 8m2 c4 This is the quantum mechanical analogue of Newton’s second law. Of course we should notice that this is just an operator equation. The uncertainty relationship tells us that the position and momentum cannot be measured simultaneously, and there is no concept of force in ...
Quantum Field Theory and Coalgebraic Logic in Theoretical
... These neurophysiological studies suggest that the DDF based on a coalgebraic modeling of open systems in QFT could be, in computer science, an effective possible solution of the problem, so-called of “deep learning”, arising with “big-data” modeling and, overall, in dealing with an effective computa ...
... These neurophysiological studies suggest that the DDF based on a coalgebraic modeling of open systems in QFT could be, in computer science, an effective possible solution of the problem, so-called of “deep learning”, arising with “big-data” modeling and, overall, in dealing with an effective computa ...
PROJECTIVE AND CONFORMAL STRUCTURES IN GENERAL
... of the restricted divisibility of matter. This element is called the universal quantum of action. It was discovered by Max Planck in the first year of this century and came to inaugurate a whole new epoch in physics and natural philosophy. We came to understand that the ordinary laws of physics, i.e ...
... of the restricted divisibility of matter. This element is called the universal quantum of action. It was discovered by Max Planck in the first year of this century and came to inaugurate a whole new epoch in physics and natural philosophy. We came to understand that the ordinary laws of physics, i.e ...
Comparison of electromagnetically induced
... their atomlike properties and long dephasing times.1 They have been proposed to act as active media in devices for controlling the emission pattern of phased array antennas2 or in slow light based all-optical buffers.3 A particular physical effect that can be utilized for generating slow light is el ...
... their atomlike properties and long dephasing times.1 They have been proposed to act as active media in devices for controlling the emission pattern of phased array antennas2 or in slow light based all-optical buffers.3 A particular physical effect that can be utilized for generating slow light is el ...
Many-Body Localization
... • Needs to be local – measure with few-body operators. E.g. compact in real-space ...
... • Needs to be local – measure with few-body operators. E.g. compact in real-space ...
Quantum computing implementations with neutral
... more bits. For instance, CMOS transistors realize the logical NOT operation. Instead, a quantum gate performs a unitary transformation on the linear space of quantum bits (qubits). Thus, a quantum gate is the time propagator generated by a given Hamiltonian; control by external fields, according to ...
... more bits. For instance, CMOS transistors realize the logical NOT operation. Instead, a quantum gate performs a unitary transformation on the linear space of quantum bits (qubits). Thus, a quantum gate is the time propagator generated by a given Hamiltonian; control by external fields, according to ...
