41. Giorgos P. Tsironis Home Page in very good funding state with basic research grants from abstract ideas (quanta,phonons, relativity, chaos etc) while and in parallel in the general and the http://vino.physics.uoc.gr/~gts/

Giorgos P. Tsironis Department of Physics University of Crete and Institute of Electronic Structure and Laser , FORTH P. O. Box 2208, Heraklion 71003 Crete , Greece TEL: 30-2810 394220 FAX: 30-2810 394201 email: gts@physics.uoc.gr Giorgos P. Tsironis did his udergraduate studies in physics at the University of Athens and obtained his Ph. D. degree in theoretical physics from the University of Rochester in 1987. His research and teaching experience includes positions at the University of New Mexico, University of California San Diego, Fermi National Accelerator Laboratory, Superconducting Super Collider Laboratory, University of North Texas, University of Crete and Research Center of Crete. His research interests include statistical mechanics, nonlinear physics, complexity studies and biological physics, accelerator physics, educational multimedia and distant learning. He lives in the area Gournes Temenous , in the city of Heraklion Crete International STEPHANOS PNEVMATIKOS Award Physics Department Colloquia 1998-99 ... EU-US workshop on Discrete Breathers- Intrincic Localized Modes 13-16 June 2001, Heraklion, Crete, Greece Complexity and applications The focus of our research group is towards nonlinear dynamics, complexity, stochastic processes, molecular devices and also scientific and educational visualization. We have a fully equiped multimedia laboratory that is used for producion of educational software, user friendly interfaces and the design of scientific WEB applications and distant learning courses.

42. CIRCS - Northeastern University - Home Page general Critical Phenomena; Quantum chaos; Glasses Spin and general Topics in physics. ContactCIRCS, Dana research Center, physics Department , Northeastern http://www.circs.neu.edu/members/jose.htm

Jorge V. José Matthews Distinguished University Professor Department of Physics CIRCS Director Northeastern University Professor Jorge V. José was teaching PHY 3607 , a graduate level physics course at Northeastern last Fall. E-mail: jjv at neu.edu CIRCS home Theoretical Condensed Matter, Statistical Physics: Professor José's research intends to shed light on the multiple transformations of order in condensed matter physics, focusing on the physics of phase transformations dominated by thermal and quantum mechanical effects. Superconductivity at high temperatures and superfluidity at low temperatures are specific problems of interest. His research relies on analytic techniques as well as use of large scale numerical simulations carried out in state-of-the-art serial and parallel computers to study the properties of homogeneous, inhomogeneous, and artificially fabricated superconducting systems. His work is motivated by experimental findings and, in turn, has led to predictions that have been tested experimentally. Quantum Chaos: Prof. José has also been interested in understanding the connection between chaos in the Newtonian limit and quantum mechanics. Specifically, he is attempting to establish a connection between the wave-like solutions of closed and open systems known to be chaotic in the ray optics limit. By and large, the problems considered for study are motivated by experiments feasible in mesoscopic and electromagnetic wave cavities; Professor José expects that the theoretical predictions will lead to experimentally testable new effects in cavities as well as in mesoscopic systems. The unifying theme of this research is to find the statistical properties of the eigenvalues, eigenfunctions, transmission amplitudes, and phase shifts of the different systems that define different universality classes.

43. UCSB Physics: Particle Physics Theory Particle physics Theory. general DESCRIPTION. Astroparticle physics andquantum chaos are the topics of research for Mark Srednicki. http://www.physics.ucsb.edu/Research/TPP.php3

Particle Physics Theory G ENERAL D ESCRIPTION There have been dramatic developments in high energy theory during the past few years. The nonperturbative properties of supersymmetric gauge theories have been understood to an astonishing extent, shedding new light on the old questions of quark confinement and chiral symmetry breaking. Parallel advances have taken place in string theory, our best hope for a quantum theory of gravity. This work has led to deeper insights into the structure of string theory, and new understanding of the quantum mechanics of black holes. At more accessible energies, experimental results on many fronts (eg the top quark, neutrino masses and mixing, dark matter detection, and cosmic microwave background fluctuations) continue to provide challenges to theorists. In the next few years we expect progress in all these areas, and perhaps a few surprises as well. In addition to the work on string theory, several other topics are being addressed in our group. Robert Sugar works in the area of lattice gauge theory and hadron physics. Anthony Zee addresses problems in random matrix theory and its applications. Astroparticle physics and quantum chaos are the topics of research for Mark Srednicki. In the past several members have also worked on problems in phenomenology and experimentally accessible physics beyond the Standard Model. D EPARTMENT R ESEARCH Steve Giddings - String theory, M-theory, and black holes

44. UCSB Physics: Condensed Matter Experiment general DESCRIPTION. Guenter Ahlers research focuses on critical phenomena andpattern formation in The study of spatiotemporal chaos in non-linear driven http://www.physics.ucsb.edu/Research/ECM.php3

Condensed Matter Experiment G ENERAL D ESCRIPTION The breadth and impact of condensed matter physics makes it a central part of any excellent physics department. It extends over areas as diverse as complex fluids, non-linear phenomena, semiconductors, magnetism, critical phenomena, superconductivity, mesoscopic systems and surface physics. Additionally, much of the modern technology that energizes today's society (eg electronics, magnetics and photonics) is rooted in condensed matter physics. Guenter Ahlers' research focuses on critical phenomena and pattern formation in nonlinear systems. He uses nano-Kelvin thermometry to measure thermodynamic and transport properties near the superfluid transition of liquid Helium. The study of spatio-temporal chaos in non-linear driven systems is a second strong theme in Ahlers' research. David Cannell uses laser light scattering and other techniques to study systems of interest in statistical physics. Current experiments are exploring the effect that rigid dilute silica gel has on the critical demixing transition for fluid mixtures. A strong effort on transport, optics and magnetics in semiconductor quantum structures is maintained by Dave Awschalom, Elisabeth Gwinn, Mark Sherwin and Jim Allen. Awschalom uses femto-second optics and scanning probe techniques on new magnetic semiconductor heterostructures. Sherwin, Allen and Gwinn use the UCSB Free Electron Laser to explore dynamics in quantum structures far from equilibrium.

45. Physics And Astronomy Program Program’, working directly on a research project with PHYS3510 (3UOC, HPW2, S1)Mech., Fields chaos; PHYS3550 (3UOC, HPW2, S2) general Relativity; PHYS3610 http://www.phys.unsw.edu.au/COURSES/PHYSICS_AND_ASTRONOMY/physics_and_astronomy.

Physics and Astronomy Program Advanced Science Contents What Does an Astrophysicist Do? How Does One Become an Astrophysicist? Typical Course Structure for Physics and Astronomy Honours Degree Program Mid-Year Intake ... Further Information What Does an Astrophysicist Do? An astrophysicist studies the nature and behaviour of our Universe, using all the techniques of modern physical sciences. Tackling something as big as the Universe requires the combined talents of a wide range of people, each skilled in a particular area. For example, those with a mathematical bent may apply general relativity to the study of black holes or cosmology. Those who enjoy computing may specialise in computer control of telescopes or numerical analysis of astronomical data. Others may build new instruments at the forefront of technology or may use existing ones to discover new facts about stars, nebulae and galaxies, and how they form or evolve. How Does One Become an Astrophysicist?

46. Duquesne University | Bayer School Of Natural And Environmental Sciences Questions (Core 132)*. 3. general Analyt. physics III (213). 4. 1. Advanced LaboratoryI (329). 1. chaos (480/480L) or Big Bang (103). 3. 3. Senior research (430w). 1. http://www.science.duq.edu/physics/physbs.html

//Breadcrumb navigation name var crumbTitle = " BS in Physics> "; Administration Administrative Resources Campus Services Campus Map ... Tutoring Schedule Requirements for the Physics Major Track 1 : Pri marily for students who are planning to attend graduate school. 46 semester credit hours of physics courses are required for this track. These credits must include: PHYS 211, 212, 213, 301, 329, 330, 350, 361, 372, 402, 430W, 431W, 471, and three of the following four courses: PHYS 474, 480, and 482W; SPRG 103. Extradepartmental Science and Mathematics Requirements: Chemistry 121, 122 or Biology 111/113, 112/114; Mathematics 115, 116, 215, and 315; Computer Science 160 (or approved substitute) and 308. Track 2 : Primarily for those students who are pursuing the five year joint B.S. Physics/M.S. Education program. 40 semester hours of physics courses are required for this track. These credits must include: PHYS 211, 212, 213, 301, 329, 330, 361, 372, 402, 430W, 431W, 471, and one of the following two courses: PHYS 480/480L* and 482W. The students are also required to take SPRG 103.

47. Journal Links physics Letters A (general physics, nonlinear science, statistical physics, ). InternationalJournal of Bifurcation and chaos. Physica D Vision research. http://www.nslij-genetics.org/j/

Journal Links Used at this Web Site see also BioMedNet Catchword free medical j highwire.stanford ... science direct general science American Scientist Annals of New York Academy of Sciences Nature Proceedings of the National Academy of Sciences ... Scientific American human genetics American Journal of Human Genetics American Journal of Medical Genetics Annales de Genetique Annals of Human Genetics ... Nature Reviews Genetics general genetics Genetical Research Genetics Heredity Journal of Heredity ... Trends in Genetics molecular biology, genome Cell DNA Research Gene Genomics ... Molecular Biology (the Russian name: Molekulyarnaya Biologiya) Molecular and Cellular Biology Nucleic Acids Research PLoS Biology (public library of science) evolution American Journal of Physical Anthropology Journal of Molecular Evolution Molecular Biology and Evolution Proceedings of the Royal Society of London. Series B. Biological Sciences epidemiology American Journal of Epidemiology statistical genetics Genetic Epidemiology bioinformatics, genomics Applied Bioinformatics Biocomputing: Proceedings of the Pacific Symposium Bioinformatics (Formerly: Computer Applications in Biosciences) BMC Bioinformatics BMC Genomics Briefings in Bioinformatics Computational Biology and Chemistry ... Omics: A Journal of Integrative Biology (Formerly: Microbial and Comparative Genomics) Proceedings of the International Conference on Intelligent Systems for Molecular Biology (ISMB) Proceedings of the International Conference on Research in Computational Molecular Biology (RECOMB) biotechnology

48. Research - U Of W Physics Department research in this area includes general methods of In the future we hope to lookat the area of quantum chaos, with applications especially to lasers. http://physics.uwinnipeg.ca/research01.html

Physics Research @ THE PHYSICS DEPARTMENT The Physics Department offers the following degrees: 3-B.Sc., 4-year B.Sc., Honours B.Sc., 4-year B.Sc. (Chemical Physics Stream), and Honours B.Sc. (Chemical Physics Stream). Qualified students may undertake graduate studies at the University of Manitoba under the supervision of any of our faculty through an adjunct professorship arrangement with the University of Manitoba. The Department has access to excellent technical service facilities as well as a wide range of computing facilities. Research is conducted in a variety of areas, including theoretical physics, solid state physics, physics education, and medical physics. The theoretical physics group and the experimental group working on positron annihilation in semi-conductors receive funding from the Natural Sciences and Engineering Research Council of Canada. Students majoring in physics are encouraged to participate in these research activities through the offer of summer employment with the research groups. Brief descriptions of current research areas are given below.

49. Institute Of Physics - Media Relations following quantum chaos theory. research published today in the Institute of physicspublication, Journal of physics A Mathematical and general, describes how http://physics.iop.org/IOP/Press/PR2800.html

var tagV = "Level3"; www.iop.org Contact us Activities: PR-28(00) 22 June 2000 For immediate release Mexican buses don't come in threes Bus drivers in Cuernavaca, Mexico are giving their customers a more reliable service than their British counterparts by following quantum chaos theory. Research published today in the Institute of Physics publication, Journal of Physics A: Mathematical and General, describes how the people of Cuernavaca rarely say, 'you wait for hours, then three come at once', because bus drivers own their own vehicles and therefore have to compete for business. This competition means that buses do not cluster as they do in the UK, and act as a quantum chaotic system. Quantum chaos is the chaotic way sub-atomic particles are distributed in space and time. The surprising similarity of bus distribution to quantum chaos theory is explained by coherence - having the same energy. In the quantum case the coherent propagation of the quantum particles through the system leads to complicated interference phenomena and finally to the observed universal properties. In the case of buses in this Mexican city the coherence is a certain synchronisation between buses operating on the same line. Such a distribution is not found in London or even UK cities with deregulation, because bus drivers are not competing with each other in the same way This interesting research opens the possibility to extend quantum chaos theory to other coherent systems. Preliminary results from further research already show that similar behaviour is found when looking at the distances between cars on German highways.

50. Current Research issues of utmost importance in physics in general, and quantum The aboveoulined lineof research may well prove very of the arrow of time?, chaos, Solitons http://www.ta3.sk/~msaniga/curres.html

Current Research On a Possible Intimate Link Between the Instrinsic Structure of Time and the Multiplicity of Observed Space Dimensions There are very few things that fascinate equally a theoretical physicist studying black holes and a patient undergoing serious psychosis. Time, undoubtedly, can well be ranked among them. For the measure of time inside a black hole is no more/less bizarre than the perception of time by a schizophrenic, who may perceive it as completely ``suspended," ``standing still," or even ``reversing" its direction. The nature of time is surely one of the most profound mysteries that science has ever faced. This, perhaps, since the concept entails multifarious, and even incongruous, facets. It goes without saying that both the true nature of time and the total dimensionality of space are conceptual issues of utmost importance in physics in general, and quantum gravity and stringy cosmology in particular. The above-oulined line of research may well prove very profitable for both of these fields. 1. Saniga, M. (1996) Arrow of time and spatial dimensions, in K. Sato, T. Suginohara, and N. Sugiyama (eds.), Cosmological Constant and the Evolution of the Universe, Universal Academy Press Inc., Tokyo, pp. 283284.

51. HMC Physics Research Institute of Technology Theoretical general relativity, relativistic properties ofmembranes, optical coherence microscopy; chaos. Current research projects. http://www.physics.hmc.edu/research/

Home Faculty Courses Goals ... Links HMC Physics Research The Physics Faculty at Harvey Mudd College are engaged in a variety of original research activities in condensed matter physics, optics, geophysics, astronomy, and general relativity, all of which involve physics majors. Some of the research groups are individual faculty members leading a small team of undergraduates, and others are interdisciplinary efforts involving several faculty members and as many as 10 undergraduate researchers. Research Interests of the Physics Faculty Chih Yung Chen Solid-state physics, including electromagnetic and optical properties of high-temperature superconductors and semiconductors. Tom Donnelly Experimental ultrafast-physics, and fluid dynamics. James C. Eckert Solid state physics and materials science, including measurement of the electric and thermodynamic properties of novel materials. Ann Esin Theoretical astrophysics and observational astronomy Richard C. Haskell Biophysics and Biomedical Optics, including imaging of biological tissue, optical coherence microscopy/tomography, developmental biology of plants and animals Thomas M. Helliwell

52. All.info: Science And Health / Physics And Astronomy / Chaos / hot FAQs Sponsors Publications research About the tripod.com/~amselvamA general Systems Theory of Everything from chaos, Quantum Mechanics http://all.info/directory/Science_and_Health/Physics_and_Astronomy/Chaos/

Search Directory: You are in: Science and Health Physics and Astronomy Chaos Suggested Categories: Science and Health > Physics and Astronomy > Chaos Science and Health > Physics and Astronomy > Chaos and Fractals Science and Health > Math > Chaos and Fractals Science and Health > Internet and Computers > Chaos and Fractals ... Chaos: Classiacal and Quantum Adanced graduate introduction to classical and quantum chaos Site produced by: a Scientist/Researcher from an Educational Organization Site contains: Academic Content http://ChaosBook.org The Chaos Metalink The Chaos Metalink The Chaos MetaLink Bringing Chaos to the web since 1995 links submit Optimized for WebTV! Welcome to the Chaos MetaLink Explore your favorite category of Chaos: Featured Sites Classroom Chaos Interactive Sites... http://www.industrialstreet.net/chaosmetalink/ http://order.ph.utexas.edu/ The Chaos Hypertextbook The Chaos Hypertextbook The Mathematics in the Age of the Computer Prefaces 0.1 What's New 0.2 About This Book (abstracts) 0.3 Links to This Site 1 Mathematical Experiments 1.1 Iteration 1.2 Bifurcation 1.3 Universality 2... http://hypertextbook.com/chaos/

53. All.info: Science And Health / Physics And Astronomy / Chaos And Fractals / members.tripod.com/~amselvam A general Systems Theory bibliographies (lists of referenceson specific subjects) research http//order.ph.utexas.edu/chaos/. http://all.info/directory/Science_and_Health/Physics_and_Astronomy/Chaos_and_Fra

Search Directory: You are in: Science and Health Physics and Astronomy Chaos and Fractals Suggested Categories: Science and Health > Physics and Astronomy > Chaos and Fractals Science and Health > Math > Chaos and Fractals Science and Health > Internet and Computers > Chaos and Fractals Arts and Humanities > Visual and Fine Arts > Chaos and Fractals ... The Chaos Metalink The Chaos Metalink The Chaos MetaLink Bringing Chaos to the web since 1995 links submit Optimized for WebTV! Welcome to the Chaos MetaLink Explore your favorite category of Chaos: Featured Sites Classroom Chaos Interactive Sites... http://www.industrialstreet.net/chaosmetalink/ The Chaos Hypertextbook The Chaos Hypertextbook The Mathematics in the Age of the Computer Prefaces 0.1 What's New 0.2 About This Book (abstracts) 0.3 Links to This Site 1 Mathematical Experiments 1.1 Iteration 1.2 Bifurcation 1.3 Universality 2... http://hypertextbook.com/chaos/ VMI http://www.vismath.org/ http://www.neuro.gatech.edu/acl/ ... Dynamical Systems Home Page Dynamical Systems Home Page Dynamical Systems Homepage Institute for Mathematical Sciences SUNY at Stony Brook A list of recent past conferences , and some upcoming conferences in the field. There is a special Joint Symplectic... http://www.math.sunysb.edu/dynamics/

54. World Scientific physics for Beginners Fractals, chaos, Solitons, Pattern research on Particle ImagingDetectors; S Chandrasekhar The Click here for general physics Proceedings. http://www.worldscientific.com/books/physics/gp.shtml

Home Browse by Subject Bestsellers New Titles ... Browse all Subjects Search Keyword Author Concept ISBN Series Physics New Titles April Bestsellers Editor's Choice Nobel Lectures in Physics ... Book Series Related Journals International Journal of Nanoscience (IJN) International Journal of Quantum Information (IJQI) International Journal of Geometric Methods in Modern Physics (IJGMMP) Physics Journals Related Links World Scientific Home Imperial College Press Join Our Mailing List Request for related catalogues General Physics Books Proceedings 50 Years of Yang–Mills Theory After the Beginning Almighty Chance, The ... Analytical Dynamics Course Notes Applied Analysis Arrow of Time and Reality: In Search of a Conciliation Bayesian Reasoning in Data Analysis A Critical Introduction Candid Science IV Conversations with Famous Physicists Cavitation Chaos Avant-Garde, The Memories of the Early Days of Chaos Theory Classical Mechanics Classical Theory of Electromagnetism 2nd Edition (with Companion Solution Manual) Concise Introduction to Calculus, A Course in Linear Algebra with Applications, A Solutions to the Exercises Creation of the Universe Dialogues on Modern Physics Einstein, Physics and Reality

55. Racah Inst. Of Physics, HUJI --- Summary Of Research Activities (iv) general physics Partial symmetries in dynamical systems, mixed systemswith coexisting regularity and chaos. Major research activities Algebraic http://www.fiz.huji.ac.il/summary.html

RACAH Institute of Physics Summary of Research Activities Oded Agam. Mesoscopic physics, quantum chaos, nonequilibrium effects in nanostructures, mesoscopic superconductivity, and the field theory approach (the supersymmetric nonlinear sigma-model) to ballistic chaotic systems (quantum dots). The main interest in these fields is focused on the experimental manifestations of the interplay among electron-electron interactions, nonequilibrium transport, interference effects (localization and weak localization), and the underlying classical chaotic dynamics of the electrons in the system. Daniel J Amit. Neural network theory, active memory in cortex; unsupervised learning, of attractors; electronic implementations of learning networks and experiments on delay activity in performing primates. Isaac Balberg. Theoretical study of percolation thresholds and critical behavior in continuum systems. The study is based on an application of the theory of liquids. He had also developed a Green's function theory of photocarrier gratings in semiconductors. With Y. Lubianiker

56. Physics Research of magnetic thin films, and general characterization of with scientists at the NationalResearch Council of into new studies of classical and quantum chaos. http://www.uccs.edu/~physics/research.html

Department of Physics and Energy Science Home page Class Schedule Course Information Undergraduate Program ... Faculty Research Seminars Astronomy Observatory News and Announcements Summer Programs Physics Research at CU-Colorado Springs Tour our Solid State and Thin Film Physics Lab Over the last four years, our faculty have averaged a total of 12 refereed publications per year (2 per faculty member per year). At a university with a heavy teaching commitment this level of productivity is excellent. Our department is one of the leading departments on campus in grant and contract activity as well. Specific faculty accomplishments are listed alphabetically. In recent years, Richard Blade's professional efforts have been increasingly devoted to motion simulation in virtual reality. He directs a research group including four other people in the design of a virtual reality motion simulator. In 1993, he received an outstanding paper award for a paper published by the Computer Simulation Society in connection with the project. While the purpose of the research is basic understanding of the human-computer interface, it is anticipated that the research will ultimately result in a marketable product. Dr. Blade will be retiring in May, 2004. James Burkhart Robert Camley's primary research interest has been in the fundamental properties of magnetic layered systems. This subject has been quite exciting recently, particularly in two topics phase transitions and magnetoresistance. The layered magnetic structure is a new class of material with its magnetic properties adjustable by the layering. This work has been supported by a major grant from the Army Research Office. Since 1990, Dr. Camley has authored over 50 publications in international refereed journals. He has presented more than 25 invited talks since 1990 including talks at Oxford and Cambridge. He has significant international collaborations with groups at the University of Essex, Cambridge University, University of Nancy, France and the University of California, Irvine among others. Dr. Camley received the campus and college Outstanding Research awards.

57. QUT Library Finding General Information Resources In Physics umd.edu/, Developed by the chaos Group at of IUPAP, Presented to the 23rd GeneralAssembly, Atlanta sources are for example preprints, research reports, annual http://www.library.qut.edu.au/subjectpath/physics.jsp

58. Complexity, Self Adaptive Complex Systems, And Chaos Theory Network; Center for Complex Systems research (CCSR) Technical Chip (Bart Kosko); Introductionto a general Theory of Composing with chaos, Applications of a New http://www.brint.com/Systems.htm

About BRINT News About BRINT Contact Us Advertise Instant Intelligence for Business, Information, Technology, and Knowledge Management Channels General Business Business Technology E-Business Knowledge Management Community Join the Network! Community Forums Community Events Executive Jobs Use Brint.com 'Power Search' to Save Your Search Time by More Than 90% SEARCH HELP Organizations as Self-Adaptive Complex Systems Subject Portals Complex Systems Systems Thinking Chaos Theory Systems Dynamics ... Tools for Complex Systems Research "Where chaos begins, classical science stops. For as long as the world has had physicists inquiring into the laws of nature, it has suffered a special ignorance about disorder in the atmosphere, in the fluctuations of the wildlife populations, in the oscillations of the heart and the brain. The irregular side of nature, the discontinuous and erratic side these have been puzzles to science, or worse, monstrosities." Jame Gleick in Chaos: Making A New Science What is Chaos? A working definition from The Qualitative Study of Unstable Aperiodic Behavior in Deterministic Nonlinear Dynamical Systems (Kellert). A more complete defintion of Chaos is offered on Santa Fe Institute's server at:

59. Physics Faculty Jayaram Betanabhatla. AssociateProfessor. 153 Durham Science Center, 5543632. Courses taught general physics (1110, 1120), Electronics (3010). research interests Raymond Guenther. Professor. 149 http://www.physics.unomaha.edu/Physics/faculty

Faculty Teaching Assistants Materials Science Staff Physics Staff Physics Home Faculty Jayaram Betanabhatla Associate Professor 153 Durham Science Center, 554-3632. Courses taught : General Physics (1110, 1120), Electronics (3010). Research interests Robert Graham Professor, Chairman 130/122 Durham Science Center, 554-3723. rgraham@mail.unomaha.edu Courses taught : Physics of Life (1030). Raymond Guenther Professor 128 Durham Science Center, 554-3726. Courses taught : General Physics (2110/2120), Quantum Theory. Research interests Frank Hartranft Part-time Lecturer 149 Durham Science Center, 554-3331. Email: frank@unomaha.edu . Web: www.unomaha.edu/~frank Courses taught : Physics of Life (1030). Research interests : Chaos Theory, Fractals Alex Holloway Associate Professor 125 Durham Science Center. 554-3731, Email: aholloway@mail.unomaha Courses taught : General Physics (1110, 1120, 2110, 2120), Modern Physics (2130), Computer Tools for Physicists (3260), Introduction to Quantum Mechanics (4200). Research interests : Magnetic texturing, ion bombardment of solid surfaces, biomedical physics, complex behaviors. Dave Kriegler Instructor 118 Durham Science Center, 554-3721.

60. CHAOS of IFSR, The International Federation for Systems research, http//www by chaos, 1998 Volume2, general Systems, Physical and Engineering Systems, Symposium ECHO http://www.ulg.ac.be/mathgen/CHAOS/CHAOS.html

Up-dated on MARCH 16, 2004. Non-profit association CHAOS, Member of IFSR. CHAOS Membership. CASYS Proceedings. AIP Conference Proceedings. CASYS : International Journal of Computing Anticipatory Systems. Contents. C entre for H yperincursion and A nticipation in O rdered S ystems CHAOS Member of IFSR: International Federation for Systems Research asbl CHAOS, Dr Ir Daniel M. DUBOIS, Institut de Mathématique, B37, Université de Liège, 12, Grande Traverse, B-4000 LIEGE 1, Belgium. Fax: +32-4-3669489 E-mail: Daniel.Dubois@ulg.ac.be Founders and Object of the non-profit association CHAOS CHAOS Membership Annual membership fee: 25 € ON-LINE REGISTRATION FORM CREDIT CARD FORM CASYS Proceedings ON-LINE ORDER FORM CASYS'01-00-99-98-97 Proceedings (with Table of Contents) IJCAS: International Journal of Computing Anticipatory Systems, Volumes 1 to 13 AIP CP: American Institute of Physics Conference Proceedings Founders of the non-profit association Asbl CHAOS C entre for H yperincursion and A nticipation in O rdered S ystems Dr Ir Daniel M. Dubois (University of Liège, HEC-Liège)

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