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Quantum Theory: more books (100)

Relativity and Quantum Physics For Beginners by Steven L. Manly, 2009-11-17
The Theory of Open Quantum Systems by Heinz-Peter Breuer, Francesco Petruccione, 2007-03-29
Introduction to Quantum Theory and Atomic Structure (Oxford Chemistry Primers, 37) by P. A. Cox, 1996-02-15
Applications of Group Theory in Quantum Mechanics (Dover Books on Physics) by M. I. Petrashen, J. L. Trifonov, 2009-03-26
The Theory of Quark and Gluon Interactions (Theoretical and Mathematical Physics) by Francisco J. Yndurain, 2010-11-02
Quantum Mechanics: Theory and Applications (Fundamental Theories of Physics) by Ajoy Ghatak, S. Lokanathan, 2004-03-31
Quantum Theory of Collective Phenomena (Monographs on the Physics and Chemistry of Materials) by G. L. Sewell, 1990-01-04
Quantum Information (Oxford Master Series in Physics: Atomic, Optical, and Laser Physics) by Stephen Barnett, 2009-08-17
The Conceptual Foundations of Quantum Mechanics (AMS Chelsea Publishing) by Leonard Eisenbud, 2007-04-17
Quantum Theory and the Schism in Physics: From The Postscript to the Logic of Scientific Discovery by Karl Popper, 1992-04-10
Operator Methods in Quantum Mechanics by Martin Schechter, 2003-02-03
Problem Book in Quantum Field Theory by Voja Radovanovic, 2007-12-04
Quantum Chromodynamics on the Lattice: An Introductory Presentation (Lecture Notes in Physics) by Christof Gattringer, Christian B. Lang, 2009-10-29
Introduction to the Quantum Theory: Third Edition by David Park, 2005-09-13

lists with details

Quantum Field Theory
A set of lectures is in POSTSCRIPT format outlining advanced quantum mechanicsand basic quantum electrodynamics.
http://www.pt.tu-clausthal.de/~aswl/scripts/qft.html
Qmc Explained
Uses the HirschFye algorithm, implements methods in the paper Dynamical Mean-Field theory ofÂ Strongly Correlated Fermion Systems .
http://www.physics.rutgers.edu/~udo/qmc.html
Quantum Optics Group At The University Of Potsdam
Theoretical research on foundations and applications of quantum mechanics coveringquantum computation and communication, quantum information theory,
http://www.quantum.physik.uni-potsdam.de/
Johnjoe Mcfadden's Homepage
Exploration of new theory that shows how the quantum multiverse rather than God or creationism accounts for the origin of life and evolution.
http://www.surrey.ac.uk/qe/
Quantum Chemisty
Codes by Kieran Lim for chemical dynamics, a vibrationally adiabatic impulsive dissociation model, Huckel orbital theory, calculation of gaskinetic collision rate coefficients, and Monte Carlo quasiclassical trajectory simulation.
http://www.deakin.edu.au/~lim/programs.html
CSC - Chemistry
Searchable database of journal articles focusing largely (but not exclusively) on relativistic ab initio quantum chemical calculations.
http://www.csc.fi/rtam/

Extractions: Index Search ... Scientist's interface CSC - Chemistry Chemistry mainpage Bulletin board Programs Databases Courses and events Links Contacts DATABASE 'RTAM', Version 11.0 (August 5, 2005). (C) Pekka Pyykko Pyykko P, Department of Chemistry, University of Helsinki, P O B 55, FIN-00014 Helsinki, Finland. E-mail: Pekka.Pyykko@helsinki.fi, FAX 358-9-191 50169, tel. 191 50171. This database contains the bibliography part of the three books "Relativistic Theory of Atoms and Molecules I-III" (Springer, Berlin, 1986, 1993 and 2000), (LNCh 41, 60 and 76) as well as additional references, mainly later ones from 2000- onwards. The contents of the references are analyzed in the books. This database is geared into the program 'BibTeX'. Brief instructions for queries Case sensitive search:
Dept. Of Condensed Matter
Peter Nordlander's group investigates nonequilibrium processes in mesoscopic systems and on surfaces focus on many-electron effects. Qimiao Si specializes in the theory of strongly correlated electron systems emphasis on non-Fermi liquid behavior. projects quantum dot, Kondo, nanoparticles, high temperature superconductors
http://juktan.rice.edu
Quantum Connection Consulting
Uses the application of quantum, chaos and system theory, and string theory to help corporations evaluate organizational effectiveness.
http://www3.sympatico.ca/qcc.howson/
Climate Dynamics,Chaos And Quantum Mechanics
A general systems theory for chaos, quantum mechanics and climate dynamics applicable to dynamical systems of all spacetime scales.
http://www.geocities.com/amselvam
High Energy Theory Group
Specializes in research in quantum chromodynamics, condensed matter, noncommutative geometry, particle physics and string theory. Includes list of members, event schedules, eprints, and related resources.
http://www.physics.utah.edu/research/het/HET.html
Tom Marley's Homepage
University of NebraskaLincoln. Commutative Algebra and quantum Information theory. Publications.
http://www.math.unl.edu/~tmarley/
Annotated Physics Encyclopædia: Quantum Field Theory
http://web.mit.edu/afs/athena.mit.edu/user/r/e/redingtn/www/netadv/qft.html
The Unified Theory Of Physics
This is an empirical theory that explains the quantum phenomenon and unifies the classical physics to the modern physics
http://www.theuniphysics.info
Events: Topology, Geometry And Quantum Field Theory
Mathematical Institute, University of Oxford, UK; 2429 June 2002.
http://www.maths.ox.ac.uk/notices/events/special/tgqfts/

Extractions: Skip Links Locator: Home Events Site Map Geometry and quantum physics developed in parallel since the recognition of the central role of non-abelian gauge theory in elementary particle physics in the late seventies and the emerging study of supersymmetry and string theory. The topics of this symposium were centred around string theory, M-theory, and quantum gravity on the one hand, and K-theory, elliptic cohomology, quantum cohomology and string topology on the other. Its purpose was to bring experts in topology, geometry and string theory together. The Symposium took place in Oxford from 24-29 June 2002, and the conference dinner was held in honor of Graeme Segal's 60th birthday. The organizer was U. Tillmann. List of participants Conference photos are now available All speakers and participants of the symposium are invited to contribute. Submissions from other members of the scientific community will also be considered. The proceedings will be refereed. The aim is to have a mixture of high quality survey articles, preliminary reports on important research developments, and research articles of a good standard. Please note the following deadlines: 15 Sep. 2002
Quantum Mechanics
quantum mechanics is a mathematical theory that can describe the behavior ofobjects that are roughly 10000000000 times smaller than a typical human being.
http://rugth30.phys.rug.nl/quantummechanics/

Extractions: help Quantum mechanics is a mathematical theory that can describe the behavior of objects that are roughly 10,000,000,000 times smaller than a typical human being. Quantum particles move from one point to another as if they are waves. However, at a detector they always appear as discrete lumps of matter. There is no counterpart to this behavior in the world that we perceive with our own senses. One cannot rely on every-day experience to form some kind of "intuition" of how these objects move. The intuition or "understanding" formed by the study of basic elements of quantum mechanics is essential to grasp the behavior of more complicated quantum systems. The approach adopted in all textbooks on quantum mechanics is that the mathematical solution of model problems brings insight in the physics of quantum phenomena. The mathematical prerequisites to work through these model problems are considerable. Moreover, only a few of them can actually be solved analytically. Furthermore, the mathematical structure of the solution is often complicated and presents an additional obstacle for building intuition. This presentation introduces the basic concepts and fundamental phenomena of quantum physics through a combination of computer simulation and animation. The primary tool for presenting the simulation results is computer animation. Watching a quantum system evolve in time is a very effective method to get acquainted with the basic features and peculiarities of quantum mechanics. The images used to produce the computer animated movies shown in this presentation are not created by hand but are obtained by visualization of the simulation data. The process of generating the simulation data for the movies requires the use of computers that are far more powerful than Pentium III based PC 's. Most of the simulations require the use of a supercomputer. Consequently, within this presentation, it is not possible to change the model parameters and repeat a simulation in real time.
Sunil Mukhi's Home Page
Faculty member at the Tata Institute of Fundamental Research. Includes string theory and quantum mechanics articles, classical Indian music and culture, also photos and music links.
http://theory.tifr.res.in/~mukhi/

Extractions: on this website Physics My publications, and a number of articles and links on string theory for a general audience. Music Some information about Indian Classical Music, and some links. Photographs A few photographs of myself: you have been warned! Kumar Gandharva A separate website, maintained by myself, about Pandit Kumar Gandharva, legendary musician and intellectual of Indian Classical Music. Interests Links to some of my other hobbies and interests, webpages that I liked, and a few articles that I wrote. Mail me about myself I am a faculty member at the Tata Institute of Fundamental Research (TIFR) in Mumbai, India, in the Department of Theoretical Physics. My research deals with the physics of elementary particles, more specifically Quantum Field Theory and String Theory. If you like, you can learn more about these subjects by going to the Physics page of this website. Here are some views of the Tata Institute (click to enlarge). I have a serious interest in Indian Classical Music, on which I spend a large part of my spare time. You will find more about this on my
Science News Online (4/11/98): Evading Quantum Barrier To Time Travel By I. Pete
Einstein's special theory of relativity, warping of spacetime, Misner space and chronology protection conjecture.
http://www.sciencenews.org/pages/sn_arc98/4_11_98/fob3.htm

Extractions: Evading quantum barrier to time travel by I. Peterson R uling out the possibility of traveling back in time has turned out to be trickier than many physicists had supposed. Two researchers have now shown that quantum effects do not necessarily prevent the occurrence of loops in time. Li-Xin Li and J. Richard Gott III of Princeton University present their case in the April 6 Physical Review Letters. Einstein's special theory of relativity unifies space and time as aspects of a single, four-dimensional entity known as space-time. His general theory of relativity describes how the presence of matter warps the fabric of space-time. Physicists have found that general relativity equations yield many solutions representing different space-times. Sometimes, sufficient warping of a particular space-time makes possible the existence of paths known as closed timelike curves (SN: 3/28/92, p. 202; 11/5/88, p. 302). A traveler moving along such a path would find that his or her watch always runs forward, even though the traveler eventually ends up where and when he or she started. In 1982, William A. Hiscock of Montana State University in Bozeman and Deborah A. Konkowski of the U.S. Naval Academy in Annapolis, Md., calculated the quantum state of the space, or vacuum, pervading a simple type of space-time called Misner space, which includes closed timelike curves. Their result indicated that such a combination of gravitational space-time and vacuum quantum state could not exist.
Quantum Algorithmic Information Theory
An agenda of quantum algorithmic information theory, ordered `topdown' by Karl Svozil the quantum halting amplitude, followed by the quantum algorithmic information content, which in turn requires the theory of quantum computation.
http://arxiv.org/PS_cache/quant-ph/pdf/9510/9510005.pdf
QiSci
In this talk, Ill describe a theory of generalized quantum errorcorrection.You wont need to understand standard error-correction for the talk to be
http://www.qinfo.org/

Extractions: In this second tutorial, moving beyond simple teleportation style networks, I will show how additional unitary operations (and general linear maps) can be introduced to the picture calculus. Once this is done, all the tools are in place for a simple pictorial representation of measurement-based quantum computation. I will show how teleportation-based approaches are included almost intrinsically in the formalism, then, with the addition of one simple lemma, I will show how cluster state quantum computation can be explained / derived in this model in a clear and visual way. References:
Alignment Theory: New Quantum Relativity Theory Of Everything
Unified theory and mechanism of Zero point energy, Mass, Gravity, Cosmology,Inflation, Dark energy, Cosmological constant, Speed of light, quantum
http://www.becomereal.com/quantum_relativity.htm

Extractions: This approach is based on a mixture of existing mainstream ideas and some new ones, put together in a new way, involving emergence theory dynamics. The inherent mechanism seems to unify relativity and quantum mechanics and produces most of the major features of both, automatically. If this is so, Relativity, Quantum theory and Cosmology describe the effects , Alignment theory is the actual mechanism.

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