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Quantum Physics:     more books (100)

Quantum Mechanics in a Nutshell by Gerald D. Mahan, 2008-12-29 Foundations Of Quantum Chromodynamics: An Introduction to Perturbative Methods in Gauge Theories (World Scientific Lecture Notes in Physics) by T. Muta, 2009-09-30 Quantum Mechanics by Phillip James Edwin Peebles, 1992-03-23 Deep Down Things: The Breathtaking Beauty of Particle Physics by Bruce A. Schumm, 2004-10-20 Quantum Physics of Matter (The Physical World) Quantum Mechanics for Scientists and Engineers (Classroom Resource Materials) by David A. B. Miller, 2008-04-21 Quantum Theory and the Schism in Physics: From The Postscript to the Logic of Scientific Discovery by Karl Popper, 1992-04-10 The Visionary Window: A Quantum Physicist's Guide to Enlightenment by AmitGoswami, 2006-06-01 Variational Principles in Dynamics and Quantum Theory (Dover Books on Physics) by Wolfgang Yourgrau, Stanley Mandelstam, 2007-03-15 Path Integrals in Quantum Mechanics, Statistics, Polymer Physics, and Financial Markets, Third Edition by Hagen Kleinert, 2004-06 Problems and Solutions on Quantum Mechanics: Major American Universities Ph. D. Qualifying Questions and Solutions Beyond Uncertainty: Heisenberg, Quantum Physics, and The Bomb by David C. Cassidy, 2010-04-01 Physics Essentials For Dummies (For Dummies (Math & Science)) by Steven Holzner, 2010-05-17 Algebraic Methods in Statistical Mechanics and Quantum Field Theory by Dr. Gerard G. Emch, 2009-05-21

lists with details

101. Quick Find Use Keywords To Find The Product You Are Looking For
     Process Physics From Information Theory to Quantum Space and Matter Krivsky, Ukranian National Academy of Sciences); quantum physics of the Cold Fusion  
     http://www.novapublishers.com/catalog/product_info.php?products_id=1633

102. What Are Parallel Universes?
     Recent discoveries in quantum physics and in cosmology shed new light on how mind interacts with matter.  
     http://www.manyuniverses.com
     
     Extractions: Recent discoveries in quantum physics (the study of the physics of sub-atomic particles) and in cosmology (the branch of astronomy and astrophysics that deals with the universe taken as a whole) shed new light on how mind interacts with matter. These discoveries compel acceptance of the idea that there is far more than just one universe and that we constantly interact with many of these “hidden” universes. What is needed is a resource that explains in understandable, non-mathematical terms everything from the big bang hypothesis to morphogenetic fields to Bell's Theorem to the Aspect experiment. Such a resource now exists. Click here to continue

103. Quantum Physics Centennial Symposium Home Page
     http://physics.usask.ca/~steele/quantum/

104. B'or Ha'Torah - Jewish English-language Journal
     For scientists, artists, teachers, philosophers, and students. Judaism and science, evolution, Bible codes, Jewish medical ethics, the Jewish woman and modern life, quantum physics and Jewish Philosophy.  
     http://www.borhatorah.org
     
     Extractions: B’OR HA’TORAH examines science, art, and modern life through the microscope and telescope of the scientist; the algorithm of the mathematician; the discourse of the philosopher; the imagery of the artist, poet, and photographer; and the tested faith and learning of the Torah-observant Jew. Its editor-in-chief is Professor Herman Branover , and it is peer-reviewed by distinguished Orthodox rabbis and academic scholars and researchers. The Miami Torah and Science Conferences Together with Rabbi Sholom Lipskar of The Shul of Bal Harbour and Professor Nathan Katz of the FIU Center for the Study of Spirituality, B’OR HA’TORAH organizes an international Torah and science conference at Florida International University once every two years. The conference proceedings are published in B’OR HA’TORAH New volume! B'OR HA'TORAH 15E

105. B. Catania's Work On Quantum Physics Vs. Information Theory
     Basilio Catania s work (papers lectures) on quantum physics, Information Theory, Cosmology and Bible vs. Modern Science is presented.  
     http://www.esanet.it/chez_basilio/physics.htm
     
     Extractions: Basilio Catania's Work on Physics, Information Theory, Cosmology and Bible vs. Modern Science Foreword My interest in these areas of research came from my engagement in the telecommunication area, which latter has always been my primary area of investigation. My first insight into said subjects occurred between 1979 and 1981, when I gave a series of lectures titled "Man and Communication" or "Man and Compunication," this latter derived from the progressive integration of computers into telecommunication systems. It was suggested to me by the many forms of communications (visual, aural, tactile, etc.) and the increasing capability of machines to exploit the sensing, actuating and processing capabilities of human beings. From about 1985 onward, I extended my knowledge on the above subjects by studying the early forms of communications between human beings, the structure of language and numbers, of human sensors (brain, ear, eye etc.), human actuators (muscles, neurons, synapses, etc.) and human DNA. I also refreshed my knowledge of information theory, with particular regard to the nature of information. The pace towards the origins of mankind and, shortly after, to the origin of the universe (Cosmology) was short. In addition, I could not avoid comparing the scientific theories of Cosmology with the teachings of the Bible (Genesis). Thus, I gave a series of lectures at the

106. Grains Of Mystery
     A primer for the nonprofessional interested in learning about the principles of quantum physics without all the math.  
     http://www.symonds.net/~deep/stuff/qp/

107. An Interdisciplinary Journal Of Neuroscience And Quantum Physics
     A refereed, electronic, open access, interdisciplinary journal of neuroscience and quantum physics. Also brings perspectives from philosophy, psychology, and artificial intelligence to bear on the problems of consciousness and mind.  
     http://www.neuroquantology.com
     
     Extractions: An Interdisciplinary Journal of Neuroscience and Quantum Physics NQ e stablished 2002 The most realistic guidance is the science and technique for the materialistic and metaphysical affairs, success, life, and for everything in the world. Seeking for another guidance other than science and technique is the ignorance and deviation from the reality ATATÜRK Founder of the Turkish Republic ISSN 1303-5150 Welcome to the NeuroQuantology a new journal designed to bring to you a critical analysis of the best of the world neuroscience and quantum physics literature, written by neuroscientist and physicist NeuroQuantology is a n electronic journal dedicated to supporting the interdisciplinary exploration of the nature of quantum physics and its relation to the nervous system. Big Questions? What is c onsciousness

108. Physics Central
     A page on modern physics, such as quantum mechanics and black holes, and some mathematics.  
     http://www.physlib.com/

109. Welcome To Prof. Dr. Rati Ram Sharma's Web Site
     Site rectifies errors of Relativity,quantum theory,Uncertainty Principle,theories of Quarks,Expanding Universe,Darwin theory.Opposes existence of Higgs Boson,weak charge.Gives scientific bases of Homeopathy,spirituality.  
     http://www.geocities.com/drratiram_sharma/index.html

110. A Prelude To The Study Of Physics
     A paper first published in quantum Vol 7 No 2, pg. 45, Nov/Dec 1996.  
     http://www.winbeam.com/~trebor/prelude.html
     
     Extractions: This paper was first published in QUANTUM Vol 7 No 2, pg 45, Nov/Dec 1996 No physicist or engineer ever solves a real problem. Instead she creates a model of the real problem and solves this model problem. This model must satisfy two requirements: it must be simple enough to be solvable, and it must be realistic enough to be useful; ie., it must be both conceptually understandable and empirically fruitful. The theories and "laws" of physics are also models. Whether in the solving of a particular engineering problem or in the search for the wide ranging laws of physics, the art of scientific analysis consists in the creation of useful models of reality. The model is the interface between reality and the human mind. As such, the model must be expressed in human terms; it is cast in terms of concepts which we create from the data of our experience. Our models speak as much about us, our experience and our modes of thought as they do about the external reality being modeled. I prefer to speak of models where others might speak of theories because the word "model" emphasizes the criterion of usefulness. We tend to think of a theory as a candidate for some absolute, objective truth; a model is used to convey useful information without the pretense of being unique, complete or ultimate. As an example of the conception, gestation, birth and growth of a model in physics let us consider the history of the "ideal gas law" (PV=RT), which you undoubtedly have studied in your chemistry classes.

111. Physics For Professionals
     Bulletin board for problems, research and solutions in superfluidity, superconductivity, quantum vortex dynamics, pulsar rotation, evaporation, statistical physics.  
     http://www.physics4u.com/
     
     Extractions: yuriykrasnov@yahoo.com PHYSICS FOR PROFESSIONALS superfluidity, superconductivity, quantum vortex dynamics, physics of rotons, pulsars rotation, theory of evaporation, statistical physics, theory of relativity and much more Web Site of Yuriy K. Krasnov * Problems * Research * Solutions * Thoughts * X-change * Reminiscences * Hot suggestion Site statistics s Dynamics of Quantum Vortices ... To www.minescience.com Physical Mathematics "... in Cantors experiment it was made two not the one , assumptions, " " Cantor did not analyzed that second possibility, he preferred to attribute the Nature with property to obey mathematics with uncountable set of real numbers. " "... actually in 1905, after famous work of Einstein " On the electrodynamics of the moving media " in Science was invented the new law of addition of numbers ... but nobody paid attention to that revolutionary side of Einstein's discovery, ... even author itself. "

112. Volodymyr Krasnoholovets's Home Page
     Professor at the National Academy of Science, Kyiv. Contains description research in conventional, applied and fundamental physics. Also deals with the submicroscopic construction of nature, quantum mechanics is combined with gravity.  
     http://www.inerton.kiev.ua/

113. [gr-qc/0204061] Quantum Cosmology And Eternal Inflation
     A lecture from The Future of Theoretical physics and Cosmology series in honor of Stephen Hawking.  
     http://arxiv.org/abs/gr-qc/0204061
     
     Extractions: This contribution consists of two parts. In the first part, I review the tunneling approach to quantum cosmology and comment on the alternative approaches. In the second part, I discuss the relation between quantum cosmology and eternal inflation. In particular, I discuss whether or not we need quantum cosmology in the light of eternal inflation, and whether or not quantum cosmology makes any testable predictions. References and citations for this submission:

114. Philosophical Foundations Of Physics
     Positivist view of physics, which had influenced the Copenhagen Interpretation of the quantum mechanics (CI).  
     http://www.marxists.org/reference/subject/philosophy/works/ge/carnap.htm
     
     Extractions: Rudolph Carnap (1966) Source Philosophical Foundations of Physics (1966) publ. Basic Books Inc. Chapters 23 to 26 reproduced here. ONE OF THE most important distinctions between two types of laws in science is the distinction between what may be called (there is no generally accepted terminology for them) empirical laws and theoretical laws. Empirical laws are laws that can be confirmed directly by empirical observations. The term "observable" is often used for any phenomenon that can be directly observed, so it can be said that empirical laws are laws about observable. A philosopher might object that the intensity of an electric current is not really observed. Only a pointer position was observed. An ammeter was attached to the circuit and it was noted that the pointer pointed to a mark labelled 5.3. Certainly the current's intensity was not observed. It was inferred from what was observed. The physicist would reply that this was true enough, but the inference was not very complicated. The procedure of measurement is so simple, so well established, that it could not be doubted that the ammeter would give an accurate measurement of current intensity. Therefore, it is included among what are called observables. Empirical laws, in my terminology, are laws containing terms either directly observable by the senses or measurable by relatively simple techniques. Sometimes such laws are called empirical generalisations, as a reminder that they have been obtained by generalising results found by observations and measurements. They include not only simple qualitative laws (such as, "All ravens are black") but also quantitative laws that arise from simple measurements. The laws relating pressure, volume, and temperature of gases are of this type. Ohm's law, connecting the electric potential difference, resistance, and intensity of current, is another familiar example. The scientist makes repeated measurements, finds certain regularities, and expresses them in a law. These are the empirical laws. As indicated in earlier chapters, they are used for explaining observed facts and for predicting future observable events.

115. Yuriy Pershin
     Postdoc at the NSF Center for quantum Device Technology, Clarkson University, working in the field of spintronics and condensed matter physics.  
     http://www.clarkson.edu/~pershyn/

116. Untitled Document
     An international scientific journal publishing fundamental and applied papers and short notes. Table of contents and author index to all volumes online.  
     http://isp.kiev.ua/library/journal/

117. GEOMETRY AND PHYSICS OF BRANES
     The SIGRAV Graduate School in Contemporary Relativity and Gravitational physics is held annually at the Centre for Scientific Culture Alessandro Volta , Villa Olmo, Como. It is primarily addressed to PhD students and young researchers in physics and Mathematics who are interested in general relativity, astrophysics, experimental gravity and the quantum theories of gravitation.  
     http://www.sissa.it/~bruzzo/sagp2001/sagp2001.html
     
     Extractions: Supported by: Download the first circular (Latex file) See the programme (PDF) The SIGRAV Graduate School in Contemporary Relativity and Gravitational Physics is held annually at the Centre for Scientific Culture "Alessandro Volta", Villa Olmo, Como. It is primarily addressed to PhD students and young researchers in Physics and Mathematics who are interested in general relativity, astrophysics, experimental gravity and the quantum theories of gravitation. In 2001 the School will be a joint venture with the School on Algebraic Geometry and Physics organized by the Mathematical Physics Group of the International School for Advanced Studies (SISSA) in Trieste. The School on Algebraic Geometry and Physics is part of a series of events that SISSA is organizing since 1996 aiming at fostering the interaction between mathematicians working in pure algebraic geometry and researchers who are interested in applications of algebraic geometry to physics, especially string theory and integrable systems. Information on the "Algebraic Geometry and Physics'' series is available from the web page

118. GAP-Optique Université De Genève
     Research and Development center for quantum Optics at the Group of Applied physics (GAP), University of Geneva. Projects, prototypes, publications, members.  
     http://www.gapoptique.unige.ch/
     
     Extractions: Introduction P hysics is fascinating because of the intellectual excitement it provides and because of the applications it offers. In the Group of Applied Physics (GAP) at Geneva University we get our inspiration from both of these motivations. Optics, in this respect, has a privileged place. Indeed, in modern optics, experiments and theory progress hand-in-hand, and practical applications are close behind. Consequently, we can work both on conceptual issues and on applications. Moreover, it is a very good time for optics! The fascinating new insight about quantum mechanics brought about by recent quantum optics experiments on one side, and the tremendous development of optical communications on the other, illustrates our privileged position! T he American Research Council has recently declared optics as the technology of the 21st century. In contrast, a famous physicist, Michael Berry, has declared that the 21st century will be shaped by quantum physics, in a way similar to electrodynamics, which shaped the 20th century. Our position in GAP-Optique, at the crossroads between optics and quantum physics, ensures our participation to both challenges. Prof. Nicolas Gisin

119. Quantum Computing And Shor's Algorithm
     An introduction to quantum algorithms by Matthew Hayward for those new to the field and who do not have an extensive physics background.  
     http://alumni.imsa.edu/~matth/quant/299/paper/

120. European Research Network: The Physics Of Quantum Information
     European Research Network research teams and papers.  
     http://info.uibk.ac.at/c/c7/c704/qinet/
     
     Extractions: European Research Network Introduction Teams in the network Research objectives Links ... Midterm Report The recent years have seen the emergence of a new field of research dealing with information at the quantum level. Quantum physics is so radically different from classical physics that a slight modification of the present knowledge of transmitting and processing information is not justified. Rather, the radically new principles in the quantum field open up completely new schemes of information transfer and processing, thus enabling new forms of communication and enhanced computational power. The Physics of Quantum Information is a proposed European network within the TMR program of the European Commission. It will bring together for the first time all relevant European activities in the field of the physics of quantum information and to guarantee, through the training of young researchers, that European expertise is disseminated broadly among the next generation of scientists. [Back to index] Experimentalphysik, U. Wien, AT

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