Quantum computing Markus Kiili Opinnäytetyö
... whether the dependence is polynomial or more than polynomial (usually exponential). Problems taking polynomial time are called easy problems and problems taking exponential time are called hard problems. Easy problems are also called computable or efficiently computable problems. In many cases hard ...
... whether the dependence is polynomial or more than polynomial (usually exponential). Problems taking polynomial time are called easy problems and problems taking exponential time are called hard problems. Easy problems are also called computable or efficiently computable problems. In many cases hard ...
Topics in Applied Physics Volume 115
... In this book, some of the contributions given at the workshop as well as some additional reviews provided by other experts have been collected into three sections dealing with III–V heterostructures, quantum dots and quantum wires, silicon-based nanostructures, and quantum information processing. Th ...
... In this book, some of the contributions given at the workshop as well as some additional reviews provided by other experts have been collected into three sections dealing with III–V heterostructures, quantum dots and quantum wires, silicon-based nanostructures, and quantum information processing. Th ...
Optical Properties of Semiconductor Quantum Dots
... dots and distilled in papers what we had learned. Things did not always work fine, far from that, but I am glad to see that we built something, that we, indeed, added a grain of sand to the mountain of human knowledge. There are many people that I must thank for this five-year adventure and I will s ...
... dots and distilled in papers what we had learned. Things did not always work fine, far from that, but I am glad to see that we built something, that we, indeed, added a grain of sand to the mountain of human knowledge. There are many people that I must thank for this five-year adventure and I will s ...
Fluctuations of kinematic quantities in p+p interactions at the CERN
... Event-by-event transverse momentum fluctuations (ΦpT ): New method of correcting results on fluctuations for experimental and physics biases was introduced. Uncorrected ΦpT results for p+p collisions at beam momenta: 20, 31, 40, 80, 158 GeV/c were presented. Soon corrected results will be shown. Two ...
... Event-by-event transverse momentum fluctuations (ΦpT ): New method of correcting results on fluctuations for experimental and physics biases was introduced. Uncorrected ΦpT results for p+p collisions at beam momenta: 20, 31, 40, 80, 158 GeV/c were presented. Soon corrected results will be shown. Two ...
PPT - School of Computer Science
... Examples of not runnable • Particle threads become not runnable when they sleep() • the ParticleCanvas thread also becomes not runnable when it calls sleep() ...
... Examples of not runnable • Particle threads become not runnable when they sleep() • the ParticleCanvas thread also becomes not runnable when it calls sleep() ...
Universitat Autonoma de Barcelona Facultat de Ciencies, Departament de F sica
... cold atoms, solid state systems, trapped ions, or quantum dots. In these systems, quantum information is encoded, for instance, in the internal energy, in the vibrational states, in the position, in the angular momentum or in the spin state. On the other hand, in quantum communication, photons are t ...
... cold atoms, solid state systems, trapped ions, or quantum dots. In these systems, quantum information is encoded, for instance, in the internal energy, in the vibrational states, in the position, in the angular momentum or in the spin state. On the other hand, in quantum communication, photons are t ...
Path Integrals — Elementary Properties and Simple Solutions
... from (2.13). Take, for example, an attractive Coulomb potential V (x) ∝ −1/|x| for which the Trotter formula has been proved to be valid. Feynman’s time-sliced formula, however, diverges even for two time slices. This will be discussed in detail in Chapter 12. Similar problems will be found for othe ...
... from (2.13). Take, for example, an attractive Coulomb potential V (x) ∝ −1/|x| for which the Trotter formula has been proved to be valid. Feynman’s time-sliced formula, however, diverges even for two time slices. This will be discussed in detail in Chapter 12. Similar problems will be found for othe ...
entanglement properties of quantum many
... used to describe strongly correlated quantum many-body systems in condensedmatter physics, hadronic physics, and quantum chemistry. The information gained in such a program should improve our understanding of quantum phase transitions occurring in these systems as well as their behavior in regions a ...
... used to describe strongly correlated quantum many-body systems in condensedmatter physics, hadronic physics, and quantum chemistry. The information gained in such a program should improve our understanding of quantum phase transitions occurring in these systems as well as their behavior in regions a ...
Advanced Computer Graphics - Ohio State Computer Science and
... – Reflection, refraction – Optical system design ...
... – Reflection, refraction – Optical system design ...
DEVELOPMENT, IMPLEMENTATION AND APPLICATION OF ELECTRONIC STRUCTURAL DESCRIPTORS TO THE
... A quantum state is any possible state in which a quantum mechanical system can be. If a quantum state is fully specified, it can be described by a state vector, a wave function, or a complete set of quantum numbers for a given system; such a state is said to be pure. On the other hand, a partially k ...
... A quantum state is any possible state in which a quantum mechanical system can be. If a quantum state is fully specified, it can be described by a state vector, a wave function, or a complete set of quantum numbers for a given system; such a state is said to be pure. On the other hand, a partially k ...
Magnetoabsorption spectra of intraexcitonic transitions in GaAs
... QWs. A further theoretical study, within the effective-mass approximation, considered an expansion of the magnetoexciton-envelope wave functions in terms of products of hole and electron QW states with appropriate Gaussian functions8 –10 for the various excitonic states.11 Both theoretical approache ...
... QWs. A further theoretical study, within the effective-mass approximation, considered an expansion of the magnetoexciton-envelope wave functions in terms of products of hole and electron QW states with appropriate Gaussian functions8 –10 for the various excitonic states.11 Both theoretical approache ...
