Kondo, Fano and Dicke effects in side quantum dots
... The transmission spectrum shows a structure with two antiresonances localized at the bonding and antibonding renormalized energies of the quantum-dot molecule, and one resonance at the renormalized site energy of the outside quantum-dot. The LDOS at each dot shows that when the Kondo correlations ar ...
... The transmission spectrum shows a structure with two antiresonances localized at the bonding and antibonding renormalized energies of the quantum-dot molecule, and one resonance at the renormalized site energy of the outside quantum-dot. The LDOS at each dot shows that when the Kondo correlations ar ...
Quantum Statistics - Ole Witt
... Analytical mechanics is characterized by describing a mechanical system in generalized coordinates usually denoted: q1, q2, q3,…,qn. Differentiating with respect to time is indicated with a bullet above the variable e.g. q dq / dt , so that q1 , q 2 , q 3 ,..., q n represents the generalized ...
... Analytical mechanics is characterized by describing a mechanical system in generalized coordinates usually denoted: q1, q2, q3,…,qn. Differentiating with respect to time is indicated with a bullet above the variable e.g. q dq / dt , so that q1 , q 2 , q 3 ,..., q n represents the generalized ...
arXiv:1501.01373v2 [physics.hist
... theories are fundamentally different from classical theories. No-one should dare to compare a simple computer model such as a cellular automaton based on the integers, with a fully quantized field theory. Yet here we find a quantum field system and an automaton that are based on states that neatly c ...
... theories are fundamentally different from classical theories. No-one should dare to compare a simple computer model such as a cellular automaton based on the integers, with a fully quantized field theory. Yet here we find a quantum field system and an automaton that are based on states that neatly c ...
Lecture 12: Holevo`s theorem and Nayak`s bound
... We will now consider a related, but nevertheless different setting from the one that Holevo’s theorem concerns. Suppose now that Alice has m bits, and she wants to encode them into fewer than n qubits in such a way that Bob can recover not the entire string of bits, but rather any single bit (or sma ...
... We will now consider a related, but nevertheless different setting from the one that Holevo’s theorem concerns. Suppose now that Alice has m bits, and she wants to encode them into fewer than n qubits in such a way that Bob can recover not the entire string of bits, but rather any single bit (or sma ...
Average-Case Quantum Query Complexity
... of these de nitions, however, is that the average-case performance of polynomially related algorithms can be superpolynomially apart (we will see this happen in Section 5). This seemingly paradoxical e ect makes these de nitions unsuitable for dealing with polynomial-time reducibilities and average- ...
... of these de nitions, however, is that the average-case performance of polynomially related algorithms can be superpolynomially apart (we will see this happen in Section 5). This seemingly paradoxical e ect makes these de nitions unsuitable for dealing with polynomial-time reducibilities and average- ...
H. Lee
... If the system is insulating, and if the filling factor = p/q, the ground state is q-fold degenerate. Usually the required degeneracy is achieved by long range order. Can a fractional filled insulator exist without symmetry breaking ? Oshikawa PRL 2000 ...
... If the system is insulating, and if the filling factor = p/q, the ground state is q-fold degenerate. Usually the required degeneracy is achieved by long range order. Can a fractional filled insulator exist without symmetry breaking ? Oshikawa PRL 2000 ...
FPGA emulation of quantum circuits
... There is an increased interest in quantum computing and algorithms [5]. Many quantum algorithms outperform their classical counterparts through parallelism that is impossible in classical computing. Such algorithms use physical effects like entanglement and super-position to achieve the speedup. The ...
... There is an increased interest in quantum computing and algorithms [5]. Many quantum algorithms outperform their classical counterparts through parallelism that is impossible in classical computing. Such algorithms use physical effects like entanglement and super-position to achieve the speedup. The ...
File
... The ground state of a quantum mechanical system is its lowest-energy state; the energy of the ground state is known as the zero-point energy of the system. An excited state is any state with energy greater than the ground state. The ground state of a quantum field theory is usually called the vacuum ...
... The ground state of a quantum mechanical system is its lowest-energy state; the energy of the ground state is known as the zero-point energy of the system. An excited state is any state with energy greater than the ground state. The ground state of a quantum field theory is usually called the vacuum ...
URL - StealthSkater
... idea is that various information molecules binding to receptors involved with bio-control (neurotransmitters, hormones, etc.) are involved with building the flux tube connections between cells. These biomolecules could carry the ends of flux tubes to special places for which receptors serve as addre ...
... idea is that various information molecules binding to receptors involved with bio-control (neurotransmitters, hormones, etc.) are involved with building the flux tube connections between cells. These biomolecules could carry the ends of flux tubes to special places for which receptors serve as addre ...
available here - Centre for High Energy Physics
... N tmax . Amplitude amplification can be used when A is probabilistic, and search bound O a polylogarithmic overhead in T is required when ti are not known in advance. ...
... N tmax . Amplitude amplification can be used when A is probabilistic, and search bound O a polylogarithmic overhead in T is required when ti are not known in advance. ...
Optical and Quantum Communications—J. H. Shapiro, N. C. Wong
... a CO2-laser trap in an ultra-high vacuum chamber with cryogenic walls within a high-finesse single-ended optical cavity. An abstract representation of the relevant hyperfine levels for such a memory is given in Fig. 2(a). A 795 nm photon in an arbitrary polarization can be absorbed, transferring the ...
... a CO2-laser trap in an ultra-high vacuum chamber with cryogenic walls within a high-finesse single-ended optical cavity. An abstract representation of the relevant hyperfine levels for such a memory is given in Fig. 2(a). A 795 nm photon in an arbitrary polarization can be absorbed, transferring the ...
Quantum Potential - Fondation Louis de Broglie
... particle with a well-defined trajectory that coexists with the wave and interpreting ∇S and −∂S/∂t as momentum and energy of the particle that the Schrödinger wave function describes, we can consistently describe all known quantum phenomena. But, what he found was very powerful, specially in solvin ...
... particle with a well-defined trajectory that coexists with the wave and interpreting ∇S and −∂S/∂t as momentum and energy of the particle that the Schrödinger wave function describes, we can consistently describe all known quantum phenomena. But, what he found was very powerful, specially in solvin ...
Pulsed field ionization of Rydberg atoms
... compare fully quantum and classical trajectory Monte Carlo calculations to test the accuracy of the classical method. This will provide guidance as to what sort of accuracy needs to be obtained in order to measure the difference between classical and quantum mechanics in this system. The second purp ...
... compare fully quantum and classical trajectory Monte Carlo calculations to test the accuracy of the classical method. This will provide guidance as to what sort of accuracy needs to be obtained in order to measure the difference between classical and quantum mechanics in this system. The second purp ...
