## Multi-species Systems in Optical Lattices: From Orbital by Fernanda Pinheiro

By Fernanda Pinheiro

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# Category: Quantum Theory

## Multi-species Systems in Optical Lattices: From Orbital by Fernanda Pinheiro

## Quantenmechanik und ihre Anwendungen (Springer-Lehrbuch) by Fritz Ehlotzky

## Quantenmechanik für Fortgeschrittene (QM II) by Franz Schwabl

## ABC of Physics:A Very Brief Guide by Lev Okun

## Coherent States, Wavelets, and Their Generalizations by Syed Twareque Ali,Jean-Pierre Antoine,Jean-Pierre Gazeau

## The Formalisms of Quantum Mechanics: An Introduction by Francois David

## The Quantum Divide: Why Schrödinger's Cat is Either Dead or by Christopher C. Gerry,Kimberley M. Bruno

## Engineering Quantum Mechanics by Doyeol Ahn,Seoung-Hwan Park

## The Yoga of Time Travel: How the Mind Can Defeat Time by Fred Alan Wolf

## Applied Bohmian Mechanics: From Nanoscale Systems to by Xavier Oriols Pladevall,Jordi Mompart

Mar
20

By Fernanda Pinheiro

This hugely interdisciplinary thesis covers a variety of themes in terms of the interface of chilly atoms, quantum simulation, quantum magnetism and illness. With a self-contained presentation, it presents a huge evaluate of the speedily evolving quarter of chilly atoms and is of curiosity to either undergraduates and researchers operating within the field.

Starting with a basic advent to the physics of chilly atoms and optical lattices, it extends the idea to that of structures with various multispecies atoms. It advances the speculation of many-body quantum structures in excited bands (of optical lattices) via an in depth research of the houses of either the mean-field and strongly correlated regimes. specific emphasis is given to the context of quantum simulation, the place as proven the following, the orbital measure of freedom in excited bands permits the examine of unique types of magnetism no longer simply possible with the former replacement structures. additionally, it proposes a brand new version Hamiltonian that serves as a quantum simulator of assorted disordered platforms in several symmetry periods which could simply be reproduced experimentally. this can be of significant curiosity, specially for the learn of disease in second quantum systems.

Mar
20

By Fritz Ehlotzky

Das Buch bietet dem Leser eine leicht verständliche und anschauliche Einführung in die nichtrelativistische Quantenmechanik und behandelt einige ihrer wesentlichen Anwendungen. Der dargebotene Stoff umfaßt alle Grundlagen und Anwendungen der Quantenmechanik, die jeder Physik Studierende beherrschen sollte, um weiterführende Vorlesungen besuchen zu können. Besonderer Wert wird auf die praktische Anwendbarkeit der quantenmechanischen Methoden zur Berechnung oder Abschätzung physikalischer Prozesse gelegt.

Ca. 60 Übungsaufgaben regen den Leser an, seine Beherrschung der quantenmechanischen Methoden zu testen und zu vertiefen. Das Buch ist zur Vorbereitung für eine Prüfung in Quantenmechanik wegen seiner knappen und klaren Darstellung besonders geeignet. Ein Anhang bietet mathematische und physikalische Ergänzungen, die das Verständnis des Buches erleichtern sollen.

Mar
20

By Franz Schwabl

Die Quantenmechanik für Fortgeschrittene behandelt die Themen Vielteilchensysteme, relativistische Wellengleichungen und relativistische Quantenfelder. Die stringente Darstellung, mit der der Autor bereits in Quantenmechanik I überzeugte, wird ergänzt durch die Angabe aller Zwischenschritte, zahlreiche Anwendungsbeispiele und Übungen. Das Buch legt ein Fundament für das weitere Studium der Festkörper-, Kern- und Elementarteilchenphysik. Die five. Auflage wurde sorgfältig überarbeitet, ergänzt und in der graphischen Darstellung vereinheitlicht.

Mar
20

**Translated from Russian by way of Vitaly Kisin**

This little booklet concentrates at the foundations of recent physics (its “ABC's”) and its so much primary constants: *c* — the speed of sunshine and *ℏ* — the quantum of action.

First of all, the booklet is addressed to expert physicists, yet with a view to in attaining maximal focus and readability it makes use of the best (high institution) arithmetic. for that reason many pages of the e-book might be priceless to varsity scholars and will attract a extra common audience.

**Contents: **

- The Fundamentals
- Units
- A minimal of Mathematics
- Translational Motion
- Rotation and Quantization
- Particles as Corpuscles and Waves
- More approximately Units
- The Hydrogen Atom
- Periodic desk of Chemical Elements
- Substance
- Quantum Electrodynamics — QED
- Transition to Classical Theory
- Gravitation
- Other Galaxies
- Big Bang
- Quantum Gravidynamics — QGD
- Intranuclear Forces
- Particles in Cosmic Rays
- Particles in Accelerators
- Three Discrete Symmetries
- Half a Century Later
- On Quantum Chromodynamics
- On the Electroweak Theory
- Supersymmetry
- Grand Unification
- In the region of the Planck Mass
- Concluding Remarks

**Readership: **College scholars and readers within the actual sciences.

Mar
20

By Syed Twareque Ali,Jean-Pierre Antoine,Jean-Pierre Gazeau

This moment version is totally up-to-date, overlaying specifically new forms of coherent states (the so-called Gazeau-Klauder coherent states, nonlinear coherent states, squeezed states, as used now usually in quantum optics) and diverse generalizations of wavelets (wavelets on manifolds, curvelets, shearlets, etc.). furthermore, it features a new bankruptcy on coherent nation quantization and the similar probabilistic elements. As a survey of the idea of coherent states, wavelets, and a few in their generalizations, it emphasizes mathematical ideas, subsuming the theories of either wavelets and coherent states right into a unmarried analytic constitution. The technique permits the consumer to take a classical-like view of quantum states in physics.

Starting from the traditional conception of coherent states over Lie teams, the authors generalize the formalism by means of associating coherent states to staff representations which are sq. integrable over a homogeneous area; yet another step permits one to dispense with the crowd context altogether. during this context, wavelets may be generated from coherent states of the affine staff of the true line, and higher-dimensional wavelets come up from coherent states of different teams. The unified historical past makes obvious a whole variety of houses of wavelets and coherent states. Many concrete examples, reminiscent of coherent states from semisimple Lie teams, Gazeau-Klauder coherent states, coherent states for the relativity teams, and several other varieties of wavelets, are mentioned intimately. The publication concludes with a palette of potential applications, from the quantum bodily oriented, like the quantum-classical transition or the development of enough states in quantum info, to the main cutting edge concepts for use in info processing.

Intended as an advent to present learn for graduate scholars and others getting into the sector, the mathematical dialogue is self-contained. With its vast references to the study literature, the 1st version of the booklet is already a confirmed compendium for physicists and mathematicians lively within the box, and with complete insurance of the newest conception and effects the revised moment version is much more valuable.

Mar
20

By Francois David

These lecture notes current a concise and introductory, but so far as attainable coherent, view of the most formalizations of quantum mechanics and of quantum box theories, their interrelations and their theoretical foundations.

The “standard” formula of quantum mechanics (involving the Hilbert area of natural states, self-adjoint operators as actual observables, and the probabilistic interpretation given by way of the Born rule) on one hand, and the trail indispensable and useful indispensable representations of chances amplitudes at the different, are the normal instruments utilized in so much purposes of quantum idea in physics and chemistry. but, different mathematical representations of quantum mechanics occasionally let higher comprehension and justification of quantum concept. this article specializes in of such representations: the algebraic formula of quantum mechanics and the “quantum common sense” method. final yet now not least, a few emphasis can be wear knowing the relation among quantum physics and precise relativity via their universal roots - causality, locality and reversibility, in addition to at the relation among quantum concept, info thought, correlations and measurements, and quantum gravity.

Quantum mechanics is without doubt one of the such a lot profitable actual concept ever proposed and regardless of large experimental and technical progresses in over virtually a century, it hasn't ever been heavily challenged by way of experiments. furthermore, quantum info technology ha

s turn into an immense and intensely lively box in fresh a long time, additional enriching the various aspects of quantum physics. but, there's a robust revival of the discussions concerning the rules of quantum mechanics and its probably paradoxical facets: occasionally the idea is portrayed because the unchallenged and dominant paradigm of recent actual sciences and applied sciences whereas occasionally it's thought of a nonetheless mysterious and poorly understood conception, watching for a revolution. This quantity, addressing graduate scholars and pro researchers alike, goals to give a contribution to the reconciliation of those features of quantum mechanics.

Mar
20

By Christopher C. Gerry,Kimberley M. Bruno

utilizing a variety of key experiments played over the last 30 years or so, we current a dialogue of the strikingly counter-intuitive phenomena of the quantum international that defy rationalization when it comes to daily "common experience" reasoning, and we offer the corresponding quantum mechanical causes with a truly straight forward use of linked formalism. so much, yet in no way all, of the experiments we describe are optical experiments related to a truly small quantity of

photons (particles of light). we start with experiments at the wave-particle duality of electrons, continue to experiments at the particle nature of sunshine and unmarried photon interference, not on time selection experiments and interaction-free detection, then pass directly to experiments regarding the interference of

two photons, quantum entanglement and Bell's Theorem, quantum teleportation, large-scale quantum results and the divide among the classical and quantum worlds, addressing the query as to if or now not there's the sort of divide.

photons (particles of light). we start with experiments at the wave-particle duality of electrons, continue to experiments at the particle nature of sunshine and unmarried photon interference, not on time selection experiments and interaction-free detection, then pass directly to experiments regarding the interference of

two photons, quantum entanglement and Bell's Theorem, quantum teleportation, large-scale quantum results and the divide among the classical and quantum worlds, addressing the query as to if or now not there's the sort of divide.

Mar
20

By Doyeol Ahn,Seoung-Hwan Park

there was becoming curiosity within the version of semiconductor lasers with non-Markovian rest. Introducing senior and graduate scholars and learn scientists to quantum mechanics strategies, that are turning into a vital device in glossy engineering, *Engineering Quantum Mechanics* develops a non-Markovian version for the optical achieve of semiconductor, taking into consideration the rigorous digital band-structure and the non-Markovian leisure utilizing the quantum statistical reduced-density operator formalism. instance courses in accordance with Fortran seventy seven are supplied for band-structures of zinc-blende and wurtzite quantum wells.

Mar
20

By Fred Alan Wolf

Time commute is not only technological know-how fiction; it may possibly really be attainable. Wolf attracts on yoga and quantum physics to teach that point is a versatile projection of brain. dishonest time, he says, is an historical metaphysical proposal from the Vedas having to do with relocating via meditation to a spot the place time stands nonetheless.

Mar
20

By Xavier Oriols Pladevall,Jordi Mompart

Most textbooks clarify quantum mechanics as a narrative the place every one step follows clearly from the only previous it. although, the advance of quantum mechanics used to be precisely the contrary. It used to be a zigzagging path packed with own disputes the place scientists have been compelled to desert well-established classical innovations and to discover new and ingenious routes. This ebook demonstrates the large sensible software of one other of those routes in explaining quantum phenomena in numerous learn fields. Bohmian mechanics—the formula of the quantum idea pioneered via Louis de Broglie and David Bohm—offers an alternate mathematical formula of quantum phenomena when it comes to quantum trajectories. It sheds mild at the limits and extensions of our current knowing of quantum mechanics towards different paradigms, equivalent to relativity or cosmology.