81. Admissions: Graduate Studentships - Physics, Lancaster University More general information can be found in the physics Research Pages. Experimental Projects. Theoretical Projects. Electrical Noise. http://www.lancs.ac.uk/depts/physics/admiss/gradstud.htm

Graduate Degrees Research Degrees The Physics Department offers Research Degrees which consist of at least 2 years (M.Phil.) or 3 years (Ph.D.) project work examined by thesis. The project will be based in a research group within the Department: for more information on each area of study see the Physics Research Pages . The application for a MPhil or PhD degree should indicate the area of research that you are interested in. 18 PhD Studentships in Science and Technology The Institute of Environmental Sciences and the Faculty of Applied Sciences are offering 18 funded Postgraduate Research Studentships for students with exceptional academic records in 2004. Two of these special awards will be based in Physics. Further information and application details Taught Degrees While not normally offering taught degrees, the Department can, in exceptional circumstances, offer taught MSc and Postgraduate Diploma degrees tailored to individual cases. However, we stress that taught courses form an essential backing to the Research Degrees, and we recommend them to prospective students. Studentships Research studentships supported by EPSRC and PPARC are available for UK and EC students. Information on studentships and bursaries for home and overseas students can be found

82. General Mathematical Links general chaos References; Patterns of chaos; European Geophysical Society; Journal chaos software. Adventures in Chaotic Time Series Analysis (Mutual information) http://www.maths.ox.ac.uk/~mcsharry/maths.html

Nonlinear sites Nonlinear Science e-Print Archive Santa Fe Institute UK NONLINEAR NEWS Nonlinear Dynamics and Topological Time Series Analysis Archive ... Strogatz's Nonlinear dynamics and chaos: Lab demonstrations Chaos home pages David Broomhead's Home Page Jim Crutchfield's Research Communications Blake Le Baron's home page Mark Muldoon's Home Page ... Erik M Bollt Weather prediction home pages Joes Manuel Gutierrez's Home Page Economists Mike Clements Energy forecasting Anne Ku Energy articles Forecasters Scott Armstrong Forecasters in Psychology Clare Harries Bayesians Steve Roberts Tom Minka Adrian E Raftery Kevin Murphy (Bayes and HMM matlab software) ... Gatsby Computational Neuroscience Unit Journals Biomedical Journals Impact factors Impact factors Societies IEEE Engineering in Medicine and Biology Society Biomedical BiomedCentral EEG analysis Home pages Francisco Varela's Home Page University of Florida Epilepsy Research Rodrigo Quian Quiroga ECG analysis Home Pages SPANNER (Robots) PHYSIONET H Eugene Stanley's group Home Page Biomedical Signal Processing Laboratory, Portland, Oregon ... Conor Heneghan (UCD) DNA analysis Olaf Wolkenhauer, UMIST

83. Information Security URLography By The TNO Physics And Electronics Laboratory (T Internet Computer Crime links (and search) *CCC (GE) chaos Computer Club Notes vulnerabilities description *DSI (NL) Dutch Security information Network with http://www.tno.nl/instit/fel/intern/wkisec15.html

TNO Physics and Electronics Laboratory Hacking and scaring document.write(datum); Attrition (US) Daily updated list of defaced websites by hackers Astalavista (SK) AstaLaVista search engine for hack/crack/phreakin' stuff and its counterpart hackbox Awareness (US) FBI awareness programs on cyberwar, hacking, espionage etc. Bigfix (US) Bigfix site with many patch solutions (US) Back Orrifice 2000 site Computer Crime (US) Internet Computer Crime links (and search) CCC (GE) Chaos Computer Club - famous German hackers association, known smartcard and E-commerce crackers Checksum (NL) Checksum hackers scene site Computer (In)Security (US) Infiltrating OPen Systems (paper by Ian Witten) CSI (US) Computer Security Institute - security reports CSIS (INT) Center for Strategic and International Studies CultDeadCow (US) Hackers site with the B.O. - Win/NT Back Orifice Win/NT breaker tool

84. James Meritt's General Anti-Creationism FAQ: Chaos And Complexity The general AntiCreationism FAQ. chaos and Complexity. `There was no primordial chaos before the big bang - not really. Ref the information example. http://www.talkorigins.org/faqs/faq-meritt/complexity.html

The General Anti-Creationism FAQ Chaos and Complexity by Jim Meritt Originally formatted for the web by Tedd Hadley Notice: The Meritt FAQ has been replaced by Mark Isaak's extensive Index to Creationist Claims which is superior in almost every respect. It deals with topics relevant to this file in its physics section and its intelligent design section. Also see this Archive's thermodynamics FAQs and its irreducible complexity FAQs . The Meritt FAQ is preserved for archival purposes only and its text will not be updated. Topics: Chaos and Complexity Life is too complex to have happened by chance. Complexity from simplicity Evolution violates the 2nd law of thermodynamics. The creation of matter or energy is not now taking place ... Odds too great Life is too complex to have happened by chance. Another is the "randomness argument". What is "random", anyway? We are never told. It says that self organization cannot occur because the process is "blind" and "random" that is supposed to drive it. Never mind that the system has a finite number of states it can occupy and its history can constrain its future states. This borrows from the thermodynamic argument the confusion over entropy and open system states. The theory of evolution doesn't say it did happen by chance. This argument completely ignores natural selection. Please read:

85. PSIgate - Physical Sciences Information Gateway Search Results and More The site provides information for fractals for and structure; special relativity; general relativity; complexity and chaos; evolution; wave http://www.psigate.ac.uk/roads/cgi-bin/psisearch.pl?limit=0&subject=All&term1=ch

86. Dydo - Dynamic Document Generator - Information Division - The University Of Mel of abbreviations For a more general search, try engineering/ejournals.htm for more information and hints in particular, the Dynamical systems and chaos section http://dydo.infodiv.unimelb.edu.au/index.php?view=html;docid=1597

87. THE FACULTY general information. and digital holographic optical elements for information processing,; high nonlinear dynamics and deterministic chaos in dynamical systems http://www.pw.edu.pl/english/ffiz.html

THE FACULTY OF PHYSICS Located at: Koszykowa 75 00-662 WARSZAWA phone: phone/fax dziekan@if.pw.edu.pl Prof. Franciszek Krok, PhD, DSc Dean Prof. Franciszek Krok, PhD, DSc Vice-Deans Rajmund Bacewicz, PhD, DSc Academic Affairs Jerzy Garbarczyk, PhD, DSc Research Miros³aw Karpierz, PhD Student Affairs Irma ¦ledziñska PhD, DSc General Affairs GENERAL INFORMATION The Faculty of Physics was established in 1999, however the tradition of physics at the University is almost 100-years old. The construction of the Physics Building, where the first physics lectures were given, took place in 1899-1901, but the first formal Chair of Physics was created in 1919. The independent Chairs existed up to 1965 when the Institute of Physics was founded. Ten years later this Institute and the Institute of Mathematics together formed the Faculty of Applied Physics and Mathematics, which existed up to 1999. The Faculty of Physics is located in the historical Physics Building, in the Central Campus of the University. Part of the Faculty is situated in the Building of Mechatronics (Southern Campus). The Faculty employs 99 academic teachers, among them 24 professors, 2 associate professors, 63 assistant professors and 10 senior lecturers. Another 39 employees of the Faculty are administration and technical staff.

88. Introduction To FSU Oceanography ocean via the Indonesian passages; physics of the and its implications for the general circulations of oceans; turbulent convection, chaos, fluid instability http://www.ocean.fsu.edu/intro.html

Introduction Who We Are What We Do -or- What is oceanography? biological oceanography chemical oceanography ... Where We Work Who We Are The Department of Oceanography is a research-oriented, graduate-only department within the School of Arts and Sciences. We are located in the Oceanography-Statistics building on the main FSU campus in Tallahassee, Florida. Our 18 faculty members offer specialized graduate courses and more general undergraduate courses in oceanography. They also guide the research of our students while conducting their own. The department is of a size that it forms a cohesive group, with an important sense of camaraderie amongst graduate students and faculty. The interdisciplinary nature of oceanography leads to intra- and interdepartmental approaches to research and instruction. What We Do What is Oceanography? Oceanography is in some sense a misnomer. The word itself tempts one into thinking that oceanography represents a single well-defined discipline, with traditions and methods that stand apart from those of the more classical sciences. In reality, oceanography consists of the application of the basic disciplines of biology, chemistry, geology, math, and physics to the seas. For example

89. Links. Conferences. ERATO conference on quantum information science 2004, Verhurst200 on chaos, âÒÀÓÓà ÌØ, âà ÌØÇÉÑ, 15 workshop on nuclear physics lepton scattering http://www.gpi.ru/links/Conferences.html

90. MSc In Nonlinear Dynamics And Chaos in Nonlinear Dynamics and chaos, leading to of UK Engineering and Physical Sciences Research details of fees, and general information regarding postgraduate http://www.ucl.ac.uk/CNDA/courses/msc/overview.html

UCL Centre for Nonlinear Dynamics and its Applications CNDA History People Research MSc Seminars Contacts CNDA MSc in Nonlinear Dynamics and Chaos This course is currently NOT running. For more information on possible alternatives please contact Professor Steve Bishop Professor Steven R. Bishop Centre for Nonlinear Dynamics and its Applications University College London Gower Street London WC1E 6BT Tel: +44-(0)20 7679-7729 Fax: +44-(0)20 7380-0986 Centre Page: www.ucl.ac.uk/CNDA/ Contents of this page: Introduction Purpose Style Entrance Qualifications ... Application Procedure Other pages: Course Structure Detailed Syllabuses of Core Modules Course Materials Introduction The Centre for Nonlinear Dynamics and its Applications is a leading interdisciplinary centre established at University College London to act as a focus for research in the theory of nonlinear dynamics and its applications across science and engineering. It is based within the Department of Civil and Environmental Engineering under the directorship of Professor J.M.T. Thompson, FRS

91. General Information general information. Life Sciences to the Engineering Sciences, Medicine, information Technologies and Music Intelligent Gels, Image Processing chaos Fractals http://www.scitech.technion.ac.il/geninfo/geninfo.html

How do I get there? Bouquets and brickbats ... asked questions What is SciTech? List of projects How can I apply? ... Calendar General Information A unique opportunity Aims of the program Who should be interested? What will we do at SciTech? ... Contacts General Information What our past participants say... "...This year I submitted a paper to the Intel (formerly Westinghouse) Student Talent Search based on the research that I did at scitech98... I found out on Monday that I am a semifinalist. Thank you all again so very much for your help." Michele Steiner , SciTech '98 A unique opportunity for outstanding high-school students The SciTech program for gifted high school students combines hands-on scientific research with a summer program of cultural and social activities. This five week program brings together outstanding students from North and South America, Europe, Asia, Israel and elsewhere and is intended to challenge even the best students.

92. Vestibular-Eye Movement: Information For The General Audience Research (information for the general Audience clear vision, depend upon reliable information from the and mathematical approaches (including chaos theory) to http://www.bme.jhu.edu/labs/chb/labs/oculomoGen.html

School of Medicine Research and Training Center for Hearing and Balance Ocular Motor Physiology Laboratory Vestibular-Eye Movement Research Information for the General Audience RESEARCH ACTIVITIES Our research is directed at disorders that affect balance and eye movements with emphasis on three major problems: How to better diagnose patients with symptoms of dizziness, vertigo and loss of balance. We are especially interested in ways to better test the function of the gravity sensors (the otolith organs) in the inner ear. Disease of the balance apparatus occurs both with inner ear problems and many neurological disorders, including cerebellar degeneration and Parkinson's disease. How to promote recovery of balance after damage to or disease in the inner ear or the brain. How the brain properly aligns the eyes to point at what we are trying to see. If the eyes are misaligned, we have double vision and "crossed eyes". This is a common problem among children (called strabismus) and in adults with a number of neurological diseases including cerebellar degeneration and Parkinson's disease and related disorders such as Progressive Supranuclear Palsy (PSP). RESEARCH PROGRESS Recovery from Loss of Inner Ear Function Loss of inner ear balance function is an extremely debilitating medical problem. In addition to being off balance and susceptible to falls, patients can not see well when they move their heads because accurate eye movements, and hence clear vision, depend upon reliable information from the inner ear about any head movement.

93. Physical Chemistry are resources in Physical Chemistry general information NIST maintains a collection of tutorials on chaos and fractals For information on force field parameters http://pages.pomona.edu/~wsteinmetz/PChem.htm

MolData PHYSICAL CHEMISTRY The following are resources in Physical Chemistry: General Information NIST maintains a large number of high quality, critical databases. Many are on the WWW for free and some of these are so useful that they have a citation on this page. Rather than provide links to everything that NIST covers, I refer you to the NIST's comprensive index of NIST Scientific Databases WebBook , which is maintained by the NIST, was first a source of thermodynamic data (see below for more details) but data on a wide range of properties are now available. Webbook is the best source of data for the physical chemist. NIST also provides access to a wide variety of tables of Physical Reference Data including spectroscopic, nuclear, and atomic data. AIST, the Japanese Agency of Industrial Science and Technology, has opened several subjects of its Research Information Data Base (RIO-DB) to the public. They plan to increase coverage in the future. The databases emphasize materials science and include topics such as the properties of ceramics, superconductivity, materials used in corrosive environments, phase diagrams,molecular spectroscopy constants, and properties of superfluids. The Virtual Kinetic Laboratory maintained at the University of Utah is a collection of simulation software that spans all areas of physical chemistry.

94. ASTR-7500 general information. Our general philosophy is to put the emphasis on simple Fast dynamos and chaos; Numerical calculations; Some analytic results; Including the http://www.hao.ucar.edu/public/education/astr7500.html

ASTR-7500: Topics in Solar Physics General Information Course Outline Image Gallery Animation Gallery ... Class Notes: Errata General Information This course is targeted at students enrolled in graduate degrees in physics, astronomy/astrophysics, planetary sciences, or space science, although interested students pursuing graduate degrees in other areas are encouraged to contact the instructors to see if the class is suitable for them. There is no formal course prerequisites, but students having had no undergraduate exposure to astrophysics or basic fluid dynamics may have to do a bit of extra reading in the first few weeks of class. Our general philosophy is to put the emphasis on simple, quantitative physical models of the phenomena under study. Rather than survey the whole of solar physics, we will study in depth four specific topics. The idea is that proper understanding of the four topic areas will equip you with the necessary physical, mathematical and numerical tools required to deal with other related subjects. Instructors: Paul Charbonneau, HAO/NCAR

95. Interesting Sites Related To Chaos - InformChaos Lab. classical and quantum chaos, controlling chaos, turbulence; mesoscopic XXVIIth IEEE general Assembly of the URSI 15 November, 2001 Webinformation http//www http://www.cplire.ru/html/InformChaosLab/intsites/sites.html

Chaos Related Sites On this page we plan to place information (URLs) about research groups all over the world that are investigating various chaotic phenomena. Of course, the scope of chaos is vast, and we do not dare to cover it all. However, let's start trying. We want to give place here to chaos applications to practical problems, in particular, to information processing and communications. Also, you'll find here references to certain scientific conferences He will highly appreciate your help in compiling the list of URLs to such scientific groups and institutions. Russian Sites http://www.cplire.ru/win/InformChaosLab/ - InformChaos Lab (Moscow) http://chaos.ssu.runnet.ru/ - Laboratory of Nonlinear Dynamics at Saratov State University (Saratov) http://www.unn.ac.ru/rus/f4/k9/main.htm - Chair of theory of oscillations of Nizhni Novgorod State University (Nizhni Novgorod) http://optics.npi.msu.su/sci/chaos.html - Chaos in laser systems http://www.iph.ras.ru:8101/~mifs/ - Moscow International Synergetics Forum http://www.ghcube.com/fractals/

96. The Physics Hypertextbook™ A general physics textbook in the making. Written in contemporary American English. A working knowledge of algebra, trig, and some calculus recommended but not necessary. http://hypertextbook.com/physics

The A Work in Progress Prefaces What's New About This Book Links to This Site Core Content Mechanics Matter Thermal Physics Modern Physics Supplements Foundations General Information Another quality webpage by Glenn Elert home contact bent chaos ... physics

97. Information Physics The Nature of information and. The information of Nature. Jim Whitescarver, Draft 210-02. Abstract An information Systems model of the universe is a radically time; there is only information http://www.informationphysics.com/InformationPhysics.html

Information Physics – Quantum Event Time-Space 101 The Nature of Information and The Information of Nature Jim Whitescarver, Draft 2-10-02 Abstract An Information Systems model of the universe is a radically different paradigm. There are no fundamental fields or forces or space and time; there is only information about events and the logical relationships they exhibit and how that manifests our perceptions. Apparently, the universe is discontinuous. It manifests itself to us in quanta. Many experiments suggest a strong relationship between quanta and information. This paper defines and applies a scientific methodology designed to accommodate the information system model. It is in part, philosophical, as it must be in order to convey a paradigm that revisits the rules classical scientific thinking and redefines objectivity in an information systems context. In turn the challenges of modern physics are addressed from the information systems model perspective. The Quantum Event Time Space experience model is fabricated based on observation alone, striving for zero tolerance in incorporating any aspect of theory. With the assumption, supported by experiment, that a Quantum in the physical world is equivalent to a Bit in the logical model in a system of communicating logical processes (objects) quantum dimensions emerge logically and almost magically account for the dimensions we observe. It is shown to agree significantly with modern physics in the quantum, ordinary experience, and general relativity.

98. CNS 187: General Information http://www.dna.caltech.edu/courses/cns187/info.html

Brief course description CNS/Bi/Ph/CS 187. Neural Computation. 9 units (3-0-6); first term. (Note that CNS 187 is a direct descendent of the former CNS 185, which is no longer taught.) This course investigates computation by neurons. Of primary concern are models of neural computation and their neurological substrate, as well as the physics of collective computation. Thus, neurobiology is used as a motivating factor to introduce the relevant algorithms. Topics include rate-code neural networks, their differential equations and equivalent circuits; stochastic models and their energy functions; associative memory; supervised and unsupervised learning; development; spike-based computing; single-cell computation; error and noise tolerance. Required background This course is rather interdisciplinary as it attempts to pull together topics in biology, physics, mathematics, and computer science. However, lack of background in one or more of these areas need not prevent you from succeeding in the course. We do require some basics: familiarity with computer programming in a high level language (ideally MATLAB), and knowledge of basic calculus, probability, linear algebra, and some familiarity with differential equations. Useful Matlab references: K. Sigmon, MATLAB Primer

99. PSIGate - Physics Home Page Jan 2004 Physical fluids Oct 2003 Scenta SET for life Magnetic charm Oct 2003 Cooking with chaos Sep 2003 Databases http://www.psigate.ac.uk/newsite/physics-gateway.html

100. Complex Matter Physics @ Cornell © Copyright, all rights reserved. Please read this copyright notice. Welcome to the Complex Matter physics Group at the Laboratory of Atomic and Solid State physics at Cornell University in Ithaca http://milou.msc.cornell.edu/

Welcome to the Fluid Dynamics, Pattern Formation, and Nanobiocomplexity Research Group at the Laboratory of Atomic and Solid State Physics at Cornell University in Ithaca, New York, USA. We are investigating the dynamics of a variety of complex nonlinear systems both experimentally and theoretically . Our interests are currently focused on biocomplexity in cell-biology, Lagrangian properties of fully developed turbulence, pattern formation and spatio-temporal chaos, and the Geodynamics of the earth's crust. For general info please go to our Public Page , or click on the images and they will guide you to information on each topic. Thank you for your interest! If you have questions or comments please email Eberhard Bodenschatz Posdoctoral positions available starting July 2004 Hydrodynamics (Turbulence, Convection) NanoBiocomplexity/cell biology Geophysics at Cornell and from July 2005 or May 2006 at the Max-Planck-Institute for Flow Research Goettingen (Germany). Please send email Local Information Group Meeting Notes Computer Network Documentation (local only) LASSP Seminars Physics-Related Seminars IGERT Seminars Search the web with Google Eberhard Bodenschatz

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