Charge dynamics and spin blockade in a hybrid double quantum dot
... On the other hand, artificial atoms such as electrostatically defined quantum dots offer complementary advantages as qubits, notably in their tunability [15], flexible coupling geometries [16], and opportunities for fast electrical [17–20] and magnetic [21,22] control of spin. It is therefore attrac ...
... On the other hand, artificial atoms such as electrostatically defined quantum dots offer complementary advantages as qubits, notably in their tunability [15], flexible coupling geometries [16], and opportunities for fast electrical [17–20] and magnetic [21,22] control of spin. It is therefore attrac ...
introduction of a quantum of time ("chronon")
... a theory in which the main difficulties of Dirac's theory were overcome. As we shall see, in his relativistically invariant formalism the chronon characterizes the changes suffered by the dynamical state of the electron when it is submitted to external forces. So that the electron will be regarded a ...
... a theory in which the main difficulties of Dirac's theory were overcome. As we shall see, in his relativistically invariant formalism the chronon characterizes the changes suffered by the dynamical state of the electron when it is submitted to external forces. So that the electron will be regarded a ...
Quantum Decoherence and the - Philsci
... quantum mechanics the quantum state does not collapse. Instead, there are extra dynamical laws, e.g., in modal interpretations the dynamics of the extra values proposed by Bacciagaluppi and Dickson (1999), that produce, in a stochastic way, effective collapses of the quantum state. We assume here th ...
... quantum mechanics the quantum state does not collapse. Instead, there are extra dynamical laws, e.g., in modal interpretations the dynamics of the extra values proposed by Bacciagaluppi and Dickson (1999), that produce, in a stochastic way, effective collapses of the quantum state. We assume here th ...
A Quantum-Mechanical Argument for Mind
... then compare these systems against those that are typically taken to be associated with conscious minds and check for agreement between Wigner’s theory and our intuitions concerning which entities are conscious. The problem is that it is virtually impossible in practice to do those experiments that ...
... then compare these systems against those that are typically taken to be associated with conscious minds and check for agreement between Wigner’s theory and our intuitions concerning which entities are conscious. The problem is that it is virtually impossible in practice to do those experiments that ...
Non-contextual inequalities and dimensionality Johan Ahrens
... In the second example, see Fig. (1.2), the E-box instead entangle the eigenstates with time modes, i.e., separating the eigenstates by a certain amount of time1 . This system requires a pulsed laser so that the photons will arrive at specific times. The benefit of this system as opposed to the prev ...
... In the second example, see Fig. (1.2), the E-box instead entangle the eigenstates with time modes, i.e., separating the eigenstates by a certain amount of time1 . This system requires a pulsed laser so that the photons will arrive at specific times. The benefit of this system as opposed to the prev ...
PARTICLE PHYSICS BEYOND THE STANDARD MODEL
... Over the last decades experiments and theory in particle physics and astrophysics have been extraordinarily successful in developing Standard Models of particle physics and cosmology. They describe a wealth of measurements based on first principles of field theory. The discovery of a Higgs boson can ...
... Over the last decades experiments and theory in particle physics and astrophysics have been extraordinarily successful in developing Standard Models of particle physics and cosmology. They describe a wealth of measurements based on first principles of field theory. The discovery of a Higgs boson can ...
Quantum coding with finite resources
... can be used many times in sequence. In this case, the sender first encodes a quantum state into a sequence of registers and then sends them one by one through the channel to the receiver. The receiver collects these registers and then attempts to decode the quantum state. Equivalently, one considers ...
... can be used many times in sequence. In this case, the sender first encodes a quantum state into a sequence of registers and then sends them one by one through the channel to the receiver. The receiver collects these registers and then attempts to decode the quantum state. Equivalently, one considers ...
Quantum Operating Systems - Henry Corrigan
... ensure that the two multiplication routines behave identically on 264 possible inputs, at the cost of 232 invocations of Mslow and Mfast . Furthermore, if there is a severe bug— one that causes the optimized circuit to fail on k out of N inputs,pthen the qFPGA worker will only need time roughly N/k ...
... ensure that the two multiplication routines behave identically on 264 possible inputs, at the cost of 232 invocations of Mslow and Mfast . Furthermore, if there is a severe bug— one that causes the optimized circuit to fail on k out of N inputs,pthen the qFPGA worker will only need time roughly N/k ...
Quantum control of a model qubit based on a multi - FaMAF
... that can be switched robust and efficiently, using only sinusoidal pulses. These two states are the basis states of our model qubit. Using high-precision ab initio numerical calculations and exact solutions, where available, we aim to study the spectrum, eigenstates of the quantum dot, and dynamical ...
... that can be switched robust and efficiently, using only sinusoidal pulses. These two states are the basis states of our model qubit. Using high-precision ab initio numerical calculations and exact solutions, where available, we aim to study the spectrum, eigenstates of the quantum dot, and dynamical ...
IAP-VI-02-Annex_I-Section_I
... physics where systems composed of many microscopic particles present collective and nonlinear phenomena such as phase transitions, or transport properties under nonequilibrium conditions. As a starting point such a study requires the microscopic description in terms of interacting particles and the ...
... physics where systems composed of many microscopic particles present collective and nonlinear phenomena such as phase transitions, or transport properties under nonequilibrium conditions. As a starting point such a study requires the microscopic description in terms of interacting particles and the ...
Creation of entangled states in coupled quantum dots via adiabatic... C. Creatore, R. T. Brierley, R. T. Phillips,
... the production of entangled states in realistic systems, since previous proposals have relied on coupling two states through a further excited level13 or have considered only a single and fine-tuned (degenerate) system.9–11,27,28 The paper is organized as follows. In Sec. II we present the model we ...
... the production of entangled states in realistic systems, since previous proposals have relied on coupling two states through a further excited level13 or have considered only a single and fine-tuned (degenerate) system.9–11,27,28 The paper is organized as follows. In Sec. II we present the model we ...
The de Broglie-Bohm pilot-wave interpretation
... beable approach can be successfully applied to bosonic quantum field theory, it seems not straightforward to do so for fermionic quantum field theory.” Another adjacent slide has been inserted that could mean there is a solution to this scientific dilemma after all. The de Broglie-Bohm pilot-wave in ...
... beable approach can be successfully applied to bosonic quantum field theory, it seems not straightforward to do so for fermionic quantum field theory.” Another adjacent slide has been inserted that could mean there is a solution to this scientific dilemma after all. The de Broglie-Bohm pilot-wave in ...