141. EFieldTheory.COM :: Homepage A theoretical physics eJournal with PDF formatted articles in advanced fields of research such as, quantum field theory, string theory, statistical physics, and nuclear physics. http://www.efieldtheory.com/

Saturday, 17 September 2005 (14:37 EDT) BECOME A MEMBER ! LOGIN 5,800 visits to site (1 active visitor) HOME Contact us INFO MY ACCOUNT ... Comments Click on banner for more info ! Learn more about our ADVERTISING SERVICES ! WELCOME TO eFieldTheory COM TM eFieldTheory COM TM is always a work in progress. It is a Theoretical Physics eJournal whose goal is to collect articles providing significant advances in the various fields of theoretical physics, such as Quantum Field Theory, High Energy Physics, Nuclear Physics, Condensed Matter Physics, General Relativity, Extended Objects (Solitons, String theories, M-Theory, etc.), Statistical Mechanics and more. Articles are electronically published by invitation only! However, if authors believe they have produced first class research discoveries or achieved significant advances, they can submit their manuscript for preliminary screening. Papers published on this site will appear only in the PDF or HTM (HTML) formats. However we accept manuscripts submitted in the TeX, LaTeX, PDF or MathML (XML) extensions. The DOC, PDF or HTM (HTML) extensions are accepted for essays. All articles with figures and tables must be submitted in the PDF extension, except for essays which can be submitted in the HTM (HTML) extension with figures and tables as *.gif or *.jpg images. On the other hand they must agree not to seek publication elsewhere.

142. NCSA Division: Materials The group develops software for simulations of quantum manybody systems such as superfluids, clusters, liquids and solids. http://www.ncsa.uiuc.edu/AboutUs/People/Divisions/divisions47.html

setMenu=""; currentIMG=""; setMenu = "aboutmenu"; currentIMG = "aboutimg"; Skip Navigation [1] Toggle Text Only Site Map Contacts Search: Overview Staff Publications Leadership Divisions ... News Releases Electron density map of a small protein called crambin. Image courtesy of Kenneth Merz, Pennsylvania State University. For further information, see "Catch the Wave." Volumetric rendering of the distribution of intergalactic gas. Image courtesy of Michael Norman, University of California at San Diego. For further information, see "Writing the Book of the Universe." Jump to top [2] CAC Directorate Cyberapplications and Communities Directorate Astronomy Community Engagement Education ... Materials Materials Division Leader David M. Ceperley , Senior Research Scientist Contact Jay Roloff Home About Us People ... Divisions More Information Materials Computation Center Quantum Simulations of Condensed Matter Systems National Radio Astronomy Observatory var query = "webmaster"; var email = query; Jump to top [2] About Us Projects News ... Contacts Contact webmaster with questions regarding this page. Last updated September 13, 2005.

143. Splash Page Thoughts on physics, aliens, exotic propulsion, and philosophy. http://www.stardrive.org/

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144. The Laser Physics Group Redirect Page A collection of links to the fields of laser, quantum, atomic, molecular physics and optics. http://www.phys.umu.se/laser/physlink.htm

145. PSYCHE: Volume 2 And debate on physics and Mind in general http://psyche.cs.monash.edu.au/psyche-index-v2.html

Volume 2 Symposium on Roger Penrose's Shadows of the Mind Managing Editor: David Chalmers In his book Shadows of the Mind reply by Penrose Can Physics Provide a Theory of Consciousness? Bernard J. Baars Minds, Machines, and Mathematics David J. Chalmers Solomon Feferman Is Quantum Mechanics Relevant to Understanding Consciousness? Stanley Klein Between the Motion and the Act... Tim Maudlin Awareness and Understanding in Computer Programs John McCarthy Daryl McCullough [STAR] Penrose is Wrong Drew McDermott Roger Penrose's Gravitonic Brains Hans Moravec Beyond the Doubting of a Shadow Roger Penrose Symposium on Implicit Learning and Memory On the Neural Mechanisms of Sequence Learning Tim Curran Parallel Models of Serial Behaviour: Lashley Revisited Do Measures of Explicit Learning Actually Measure What is Being Learnt in the Serial Reaction Time Task? A Critique of Current Methods Measures of Awareness and of Sequence Knowledge The Death of Implicit Memory Symposium on Quantum Theory and Consciousness Managing Editor: Scott Hagan Recently considerable controversy has been generated in cognitive science and the broader community of researchers interested in the relation of mind and brain around the question of whether or not it is necessary to invoke quantum theory in addressing consciousness from a scientific perspective. The issue is complicated by the diversity of perspectives on both sides and a dearth of clear and concise formulations of the arguments, accessible to a wide range of disciplines. In the coming months PSYCHE will offer a cross-section of the current thought on the subject with the aim of fostering open, interdisciplinary dialogue and encouraging informed debate on the role, if any, that quantum mechanics should play in a fully elaborated theory of consciousness.

146. Qmc Explained Uses the HirschFye algorithm, implements methods in the paper Dynamical Mean-Field Theory of Strongly Correlated Fermion Systems . http://www.physics.rutgers.edu/~udo/qmc.html

Quantum Monte Carlo Method One-Band Model T H E O R Y: "Quantum Monte Carlo Method in Details" PDF and Postscript versions are available. P R A C T I C E: Codes and Instructions to run programs. Multi-Band Model T H E O R Y: "Multi-Band Quantum Monte Carlo Method" Postscript version is available. P R A C T I C E: Fortran Codes Explained Last update @ April 23, 2001

147. UNM Information Physics Home Page Theoretical research on quantum information, nonlinear dynamics, and complex systems. http://info.phys.unm.edu/

UNM INFORMATION PHYSICS Department of Physics and Astronomy University of New Mexico 800 Yale Boulevard NE Albuquerque, New Mexico 87131-1156 USA Telephone: (505)277-8674 FAX: (505)277-1520 E-mail : caves@info.phys.unm.edu Information regarding Postdoctoral Research Fellow positions The Information Physics Group carries out theoretical research in the following areas: Quantum information Quantum computation: Algorithms, theory, and physical implementations Transmission, processing, and storage of quantum information Theory and applications of quantum entanglement Control and manipulation of atomic systems Laser cooling and atom trapping Optical lattices and ion traps Open quantum systems and decoherence Master equations and quantum Monte Carlo wave-function simulations Open-system dynamics and quantum measurement theory Noise-reservoir engineering Nonlinear dynamics Information-theoretic description of classical and quantum chaos Stochastic resonance and dynamics of double-well quantum systems Decoherence in quantum chaotic dynamics Analog computation and dynamical systems Complex systems Phase transitions in combinatorial problems Monte Carlo methods in statistical physics Hardness results and fast algorithms for cellular automata The UNM Information Physics Group is associated with the Southwest Quantum Information and Technology ( SQuInT ) Network, a consortium of about 25 research groups working on quantum information, located at institutions mainly in the American Southwest. login Home People Publications Group Meeting Workshops Visit Us Join Us

148. HOME This book on disk by Jim Forberg details the new physics of the unlimited human mind Metaphysics, Hypnosis. http://home.mindspring.com/~bayflower/index.html

QUANTUM CONSCIOUSNESS by James L. Forberg New October 2003: download the full text or read entire book online. QUANTUM CONSCIOUSNESS AND YOUR IMMORTALITY, a full length book by James L. Forberg, available by download or on disk, is a scientific analysis of our physical reality and of the metaphysical possibilities based on currently emerging concepts in quantum physics. click here to download the full text Click here to read each chapter online. Example of his art, also for sale Jim was an Engineer by profession who has for over 30 years explored the scientific literature on the leading edge of Physics. He demonstrates startling possibilities from this new science of Quantum Consciousness. He explains the new physics of immortality Download your free copy of the full text from this web page, or eMail the author JFORBERG@INFIONLINE.NET . For $10.00, he will send the complete 2003 updated text of his book on disk for you to read or print. QUANTUM CONSCIOUSNESS AND YOUR IMMORTALITY is not written from a religious perspective and is also not limited to New Age pseudo-science, astral-projection, or para-psychology.

149. Physics 232 Lecture Notes A set of online course notes for introductory physics. Includes electromagnetic fields, relativity, and quantum mechanics. http://www.pa.msu.edu/courses/1997spring/PHY232/lectures/

Lecture Notes by Topic Course information Coulomb's law Electric fields and electric potentials Gauss' law and conductors ... Cosmology and astrophysics These files are prepared not as a substitute for the text book, but instead as a substitute for lecture notes. Hopefully, one can then attend lecture and concentrate on the material rather than writing notes.

150. Ed Boyden Home page describes work on the border of physics, computation, and biology. Did work at MIT on quantum computation and RFID, and now work at Stanford on quantative aspects of memory encoding. http://www.stanford.edu/~eboyden3

Edward S. Boyden, Ph. D. Helen Hay Whitney Fellow, Stanford University curriculum vitae (CV)/resume / email: eboyden3 at stanford dot edu I am researching 1) how neural circuits selectively engage plasticity mechanisms for specific cerebellum-dependent memories, and 2) the causal role of particular neuron types in neural computation. At Stanford I collaborate with the groups of Mark Schnitzer and Karl Deisseroth (postdoctoral work) and Jennifer Raymond and Richard Tsien (PhD research). Analysis of circuit dynamics with stimulation and imaging Millisecond-timescale optical control of neural activity How plasticity mechanisms are selectively engaged for specific learning tasks Differential generalization of opposite changes in the VOR Distributed plasticity for information encoding Mechanistic interaction of old and new encoded memories Explorations on the border of physics and computation (from when I was at the MIT Media Lab, in Neil Gershenfeld's Physics and Media Group) 3D mouse interface using electric fields and OpenGL Tabletop NMR quantum computing (Master's thesis) FPGA-based tag reader ... Control software for the MIT ORCA autonomous submarine MEMS accelerometer using quantum tunneling A physics-based animation engine Photographs and pictures of my travels Neural Systems and Behavior, Marine Biology Laboratory (MBL), Woods Hole (2000)

151. 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.gap-optique.unige.ch/

GAP-Optique Department of Physics University of Geneva Switzerland ... Jobs 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

152. An Introduction To Quantum Cosmology This is an introductory set of lecture notes on quantum cosmology, given to an audience with interests ranging from astronomy to particle physics. http://www.physics.adelaide.edu.au/mathphysics/abstracts/ADP-95-11-M28.html

An introduction to quantum cosmology D.L. Wiltshire ADP-95-11/M28, gr-qc/0101003 in Cosmology: The Physics of the Universe, Proceedings of the 8th Physics Summer School, A.N.U, Jan-Feb, 1995 , eds. B. Robson, N. Visvanathan and W.S. Woolcock (World Scientific, Singapore, 1996), pp. 473-531. ISBN 981-02-2513-X. This is an introductory set of lecture notes on quantum cosmology, given to an audience with interests ranging from astronomy to particle physics. Topics covered: 1. Introduction 1.1 Quantum cosmology and quantum gravity 1.2 A brief history of quantum cosmology 2. Hamiltonian Formulation of General Relativity 2.1 The 3+1 decomposition 2.2 The action 3. Quantisation 3.1 Superspace 3.2 Canonical quantisation 3.3 Path integral quantisation 3.4 Minisuperspace 3.5 The WKB approximation 3.6 Probability measures 3.7 Minisuperspace for the Friedmann universe with massive scalar field 4. Boundary Conditions 4.1 The no-boundary proposal 4.2 The tunneling proposal 5. The Predictions of Quantum Cosmology 5.1 The period of inflation 5.2 The origin of density perturbations

153. Quantum Universe Report quantum Universe The Revolution in 21stCentury physics It describes a revolution in particle physics and a quantum leap in our understanding of the http://www.interactions.org/cms/?pid=1012346

154. Qmbook Ebook reviews history, alternatives and raises good questions on philosophy and free will. http://physics-qa.com/html/QMBOOK.HTM

THE REALISTIC QUANTUM by Atilla Gurel * Ms.Sc.(Diplom) in phyics , University of Karlsruhe PART I -The History of Quantum Theory Chapter 1 The origins Facts that challenged the classical view of atoms and radiation : The spectral distribution of black-body radiation The photo-electric effect The line spectra The stability of atoms (Why does the electron not fall on the nucleus?) Chapter 2 The first hints The invention of the concept of indivisible energy-portions by Max Planck to explain the spectral distribution of black body radiation. The explanation of photoelectric effect by Albert Einstein. The emerging concept of photon and wave-particle duality. Chapter 3 The big step De Broglie's idea of matter waves Chapter 4 The next big mystery The double slit experiment. The wave particle duality , Schroedinger's attempt to interpret the wave-function as a real physical wave that is "condensing" around a nucleus during the position measurement without a "pointlike" counterpart. Chapter 5 The next big step The discovery of Schroedinger equation. The solution for hydrogen atom. The resolution of the mystery of line spectra and the resolution of the mystery of the stability of the atoms. Chapter 6 The problems of wave only viewpoint Why had Schroedinger to give up his initial interpretation of the wave function as a real physical wave without "pointlike" counterpart?

155. Nuclearbologna's Website describes my life, family, and work in physics. My work in is condensed matter physics where I deal with quantum spin systems and organic superconductors. http://web.utk.edu/~jharalds/

Welcome to Nuclearbologna's Website It is what life is made of!!! A.K.A. - Jason Haraldsen This website is made of 100% recycled electrons! Family Research Vita Google ... (Read Views and Leave Comments) Please try to support the American Red Cross or Habitat for Humanity and the victims of Hurricane Katrina Pictures from http://www.physicsclassroom.com Nuclearbologna's Physics Store! The place for your physics items To contact me click here! Last update 9/8/05 You are number collectible phone cards

156. Reviews In Mathematical Physics Fills the need for a review journal in the field, publishing introductory and survey papers for mathematical physicists, and mathematicians and theoretical physicists interested in interdisciplinary topics. Topics include gauge fields, quantum field theory, statistical mechanics, dynamical systems, functional analysis, and interactions between theoretical physics and pure mathematics. http://www.wspc.com/journals/rmp/rmp.html

157.   Oxide Physics Research The programme is a collaboration of experimental and theoretical physicists working on the behaviour of correlated electrons in oxide materials. Based in the School of physics and Astronomy at Birmingham University, United Kingdom. Materials of interest include the high temperature cuprate superconductors, nonFermi liquid physics near quantum critical points, unconventional superconductivity in the ruthanates and heavy fermion behaviour in lithium vanadate. http://www.oxides.bham.ac.uk/

Oxide Physics Research University Fast Find Site Index Schools / Departments Telephone Directory Email Directory Useful Contacts Frequently Asked Questions Directions / Maps Acronym Directory Vacancies OXIDE PHYSICS RESEARCH Information Welcome Research Programme Staff Members Funding ... Contact Us Other links Theoretical Physics School of Physics and Astronomy SEARCH THIS SITE SEARCH WHOLE UNIVERSITY Introduction Welcome to the web pages of the Oxide Research Programme. The research programme is a collaborative effort between experimental and theoretical physicists, together with material scientists, with the common goal of understanding of the behaviour of correlated electrons in oxide materials. The work is distributed across the collaborating institutions: at the University of St Andrews (School of Physics and Astronomy), at the University of Birmingham (in the School of Physics and Astronomy and also the School of Chemistry) and in the Low Temperature Physics group at the Cavendish Laboratory in Cambridge. We also work with a number of international collaborations. The experimental work is headed by Professor Andy Mackenzie (St Andrews) and the theoretical work by Professor Andy Schofield (Birmingham). What are correlated electrons?

158. Quantum Cosmos - Towards A New Knowing Of Reality Bibliography, essays and literary writings by Douglas A. Mackey, as well as reviews of books on physics and consciousness. http://www.quantumcosmos.com/

Quantum Cosmos Towards a New Knowing of Reality Home Qubik Books Qubikuity Douglas A. Mackey ... Time to Space Readiness is all Everything is real except what you think is real. Stop. Your identity is a total fantasy. You are not you. Stop. Everything is you except that voice in your head. Stop. This moment is the most important event in the history of the universe. Stop. If it be now, it's not to come. If it be not to come, it will be now. Stop. If it be not now, yet it will come. End of story. We're living on a movie set It is not necessary for anything to "be" there if it's not there for you, right now. That building over there that you're looking at? It's propped up like a Hollywood movie set. The entire universe consists in the moment of perception where your consciousness meets the object. That is all there is and all there ever is. We are perceptual modules Each of us is a module of perception in which data is processed and from which a universe is created. There is no such thing as objective reality. Forget about it! As Wordsworth put it, we half perceive and half create our reality. Although our different realities may have an integrating factor, the first thing to realize is that they are quantum, or separate, and self-sufficient.

159. Quantum Experiments And The Foundations Of Physics - Pages and Links about quantum Optics. Created by the group around Anton Zeilinger in Vienna. http://www.quantum.at/

Last updated: Layout: Julia Petschinka Code: Rainer Kaltenbaek, Gregor Weihs

160. Smarandache Hypothesis And Quantum Smarandache Paradoxes Smarandache hypothesis that there is no speed barrier in the universe, and the quantum Smarandache paradoxes about certainty/uncertainty, visible/invisible, stable/unstable. http://www.gallup.unm.edu/~smarandache/physics.htm

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