21. Products fun! Tessellations, polyhedra, fractals, MC Escher, Tangrams dissections, Kaleidoscopes symmetry, Paper folding and more Buy http://www.hoagiesgifted.org/products.htm

Hoagies Web Support Hoagies' Gifted Education Page Order your products through our Amazon Discovery Store , and MindWare affiliate links... Hoagies' Gifted Education Page accepts no paid advertising. We appreciate your donations through PayPal Donate or Amazon Honor System, and your purchases through our affiliate links. Thanks! Educational Products Don't miss Smart Toys , perennial favorites of gifted kids, Materials for Gifted Classrooms , terrific educational materials, and Movies , featuring gifted kids (and adults) in a positive light. Enjoy! The 24 Game Create the number 24 from the four numbers on a game card. You can add, subtract, multiply and divide. Use all four numbers but use each number only once. Available from simple addition and subtraction, right up to fractions, decimals and algebra. Click for 24 Challenge tournament schedule... Arbor Scientific Great science supplies, with good prices Calculus By and For Young People by The Mathman - Don Cohen and lots of related math materials...

22. Connect-ME - Weblinks Spirolaterals were first encountered while investigating space curves and fractals. polyhedra in the Classroom http//mathforum.org/alejandre/workshops/unit14 http://educ.queensu.ca/connectme/weblinks/strands.htm

Classroom Resources for Teachers Curriculum Strands Measurement Magic Squares - Math Forum http://mathforum.org/alejandre/magic.square.html Late Primary - Intermediate The Math Page - Skill In Arithmetic http://www.themathpage.com/ARITH/arithmetic.htm Multiplication: An Adventure in Number Sense http://naturalmath.com/mult/index.html This site illustrates patterns in multiplying 2 numbers up to 10 x 10. By using patterns and and 'twin facts' a 10 by 10 multiplication table is reduced to only 13 facts to be memorized. Numbers: Facts, Figures and Fiction http://richardphillips.org.uk/number/ Primary/Junior Numbers: Facts, Figures and Fiction Place Value http://www.sedl.org/scimath/compass/v03n02/place.html Primary The activities described in this lesson reinforce students' understanding of place value by using rhythm, physical action, and introspection. Simply Number Sense http://library.thinkquest.org/17888/opening.shtml

23. Chaos And Fractals stellated and polyhedra. Uses tiny Java1.1 applets and VRML worlds. Fractal Geometry at Yale University http//classes.yale.edu/fractals/welcome.html Course http://www.directory.net/Science/Math/Chaos_and_Fractals/

Chaos and Fractals Directory: Guide to Chaos and Fractals sites on the internet. Search Engines: Google Yahoo MSN FindWhat ... City Guides Chaos and Fractals Science Math Chaos and Fractals Categories Chaos Fractal Art Software Websites Newton Basins http://aleph0.clarku.edu/~djoyce/newton/newton.html Introduction to basins of attraction for Newton's method and the fractals they form. Limit Sets of Kleinian Groups http://klein.math.okstate.edu/kleinian/ Graphics, software. Dynamical Systems and Technology Project http://math.bu.edu/dysys/dysys.html An educational site on chaos and fractals. The Spanky Fractal Database http://spanky.triumf.ca/ Large categorized index of software, information and links. Our Fractal Universe http://library.advanced.org/25810/ A site devoted to covering many different aspects of fractals, such as mathematics, music, applications, image compression, and advanced math. Fractal Adventures http://home.att.net/~novak.s/ The purpose of this site is to help the beginner to create fractal images. An overview of programs is provided along with a program-related fractal Gallery. Fractal Explorer http://www.geocities.com/fabioc

24. Educational com/shopsite_sc/store/html/index.html Books, puzzles, posters and art gallery related to tessellations, polyhedra, fractals, anamorphic art, and MC Escher. http://www.directory.net/Shopping/Toys_and_Games/Educational/

Educational Directory: Guide to Educational sites on the internet. Search Engines: Google Yahoo MSN FindWhat ... City Guides Educational Shopping Toys and Games Educational Websites Judaica for Kids http://www.judaicaforkids.com/ Judaica, Jewish oriented toys, games, puzzles and videos for kids. Funtastic Learning http://www.funtasticlearning.com/ Offering LeapPad, Odyssey III Globe, Music Blocks, Mr. MightyMind, Lauri puzzles, and other items to make learning fun. Dragonfly Toys http://www.dragonflytoys.com/ A comprehensive resource for parents and professionals, with toys, books, games, adaptive devices, alternative access computer devices, and sports equipment. NetStarToys http://www.netstartoys.com/ Quality pre-school and educational toys for children ages 3 and older. FUNdaMENTALs http://fun-da-mentals.com/ A shop full of fun science and creativity toys. From yo-yos and rockets to chemistry sets and posters. Treasure Island Toy Store http://www.treasuretoys.com/ Suppliers of toys, games, and activities including Brio, Playmobile, and Learning Curve. Also offers e-mail to santa, and coloring pages. PlayFair Toys http://www.playfairtoys.com/

25. David's Links Page works. polyhedra, fractals, chaos, curved surfaces, loops, interference, tilings big gallery with explanations of the works. http://davidf.faricy.net/links.html

If you find any broken links or wrong information, kindly notify me 3D graphics: Programs: POV-Ray homepage -The Persistence of Vision freeware raytracer. Check out the links section where Ken Tyler has organized hundreds thousands of useful resources both POV-related and for raytracing in general. MegaPOV -Nathan Kopp has combined uvPov, the SuperPatch, and the MultiPatch. sPatch homepage -sPatch is a freeware spline-based modelling program that exports POV, RenderMan, DXF and VRML. POVLAB homepage -Freeware wireframe modeller for POV. Moray homepage -Moray is a wireframe modeller for POV and PolyRay. Registration is about $80 US. Resources: POV-Ray VFAQ -A list of Very Frequently Asked Questions and answers about POV-Ray. Uncle Tyler's links page -1200+ graphics links. By the time I get this up it will be 1300. By the time you read this is will be 10000. John Vansickle's POV-Ray resources -Including the Thoroughly Useful Macros. TabsNet -Large POV render time benchmark database! (buy AMD!) Galleries!:

26. Full Site History to gallery. Grouped collections into subgalleries (lego sculptures, objets d art, twysted polyhedra and snowflake fractals). http://davidf.faricy.net/history.php

- Added Regular Convex 4-Dimensional Polytopes and Regular Star Polychora pages to polyhedra section. - Image.php is finally working again! - Added to Gallery - I'm getting tired of spam, so when you click on email link, you may now have to replace '[AT]' with '@'. - Greatly simplified Calculating the Platonic Solid Measurements in the polyhedra section - Pointed links back to mathworld in the references page of the polyhedra section - New polyhedra section - Fixed image.php code to use forward slash in image URLs. - Added Black Seas Barracuda at Sunset to Gallery - Pictures now load against a black background. - I recently had an IBM 75GXP drive failure resulting in total data loss. My most recent backup was September 2001, so I lost the tori and civilization source. - Removed WADStrip utility from the Doom II section - Added Ancient Civilization to Gallery - Added CHG Digital Landscapes to Links - Added Photonic Tori and Isotoroidophotophilia to Gallery - Added MIT's Kismet page to Links - Added Newton Method Fractal Generator source and binary - Added Newton Method Fractals to Fractals - Added focal blur version to Lego castle gallery - Comprehensive clean-up of Links section; fixed/deleted broken links etc.

27. Fractal Polyhedra and VRMLArts by V.Bulatov Look at Fractal polyhedra with interactive Java 1.1 applet, if you didn t install a VRML plugin yet. Kepler s (Stellated) fractals. http://www.ibiblio.org/e-notes/VRML/Poly/Poly.htm

Fractal Polyhedra, Flakes and Webs I've started with these amazing Fractal Polyhedra obtained by Laurens Lapre 's "LParser": and . See also Encyclopedia of Polyhedra by George W. Hart Polyhedra Collection and VRML Arts by V.Bulatov Look at Fractal Polyhedra with interactive Java 1.1 applet, if you didn't install a VRML plugin yet. Kepler's (Stellated) Fractals Hop David attracted my attention to Keplerian Fractals . He replaces every horn of a stellated (non-convex) polyhedron by small self-similar polyhedron. The picture shows that we can make it in two different ways (we will obtain a II-type (solid) fractal if we combine I-type ones). Interactive Kepler's Octahedron is made of 4 Tetra Flakes (hit it to get next iteration). Hop David found out that it turns into a cube under iterations. He found "Cantor's Octahedron" beneath the cube's surface too. Kepler's Stellated Dodecahedron I-type II-type (solid) Kepler's Great Stellated Dodecahedron I-type II-type (solid) . Polyhedra with many vertises are too complicated :( Cantor's Webs You will get 1D Fractal Web (may be Laces or Hedgehog :) if you start at "skeleton" of a Polyhedron. The skeleton is made of rays from the Polyhedron center to its verteses. Look at Interactive

28. TSG 10 - Research And Development In The Teaching And Learning Of Geometry topics? (eg tessellations, polyhedra, fractals); Would they modify the learners notions about geometry and the ways they learn it? http://www.icme-organisers.dk/tsg10/

TSG 10: Research and development in the teaching and learning of geometry Team Chairs Iman Osta, Lebanese American University, Address: Beirut Campus, P.O.Box 13-5053, Chouran Beirut 1102 2801, Lebanon iman.osta@lau.edu.lb Harry Silfverberg, Department of Teacher Education, University of Tampere Address: P.O.Box 607, FIN-33014 University of Tampere, Finland harry.silfverberg@uta.fi Team Members David W. Henderson, Department of Mathematics, Cornell University, USA dwh2@cornell.edu Verónica Hoyos Aguilar, CAEMTIC, National Pedagogical University, Mexico vhoyosa@upn.mx Ewa Swoboda, Institute of Mathematics, Department of Mathematics and Natural Science, Rzeszow University, Poland eswoboda@univ.rzeszow.pl Aims and Focus Call for Papers Selection of Abstracts for Expected Papers ... Call for reaction / discussant papers Aims and Focus In Topic Study Group 10 (Research and development in the teaching and learning of geometry), we will examine and discuss recent research and developments in the teaching and learning of geometry at all levels for schooling from kindergarten to the university. The Group will incorporate short presentations on, and discussions of, important new trends and developments in research or practice, providing an overview of the current state-of-the-art in geometry teaching and learning, and expositions of outstanding recent contributions to it, as seen from international perspectives.

29. Fractal Resources 3D fractals (Using Java applets, this site allows a variety of forms such as fractal mountains, mandelbrot and julia sets, complex fractal polyhedra, etc. http://home.att.net/~Novak.S/resources.htm

Introduction to Fractals Chaos and Fractals: A Search for Order (A brief introduction to the history and basic concepts of the topic. Excellent for beginners!) Fantastic Fractals (an outstanding comprehensive site featuring tutorials on fractal images and music, an illustrated "Just for Kids" section, interactive online fractal generators, free fractal software, newsletter, and other resources.) Our Fractal Universe: Mandelbrot and More (in English, French, or Spanish) The Fractory (An outstanding and mathematically detailed comprehensive site with excellent explanatory graphics!) Robert L. Devaney's The Dynamical Systems Technology Project At Boston University (Funded by the National Science Foundation, this site was specifically developed to introduce these topics into secondary and college level courses. Also on this site is a section on Chaos, Fractals, and Arcadia which examines the use of concepts in chaos theory in Tom Stoppard's play "Arcadia" to facilitate interdisciplinary studies. This section also provides links to similar "Arcadia" related sites.) Michael Frame's, Benoit Mandelbrot's, and Nial Neger's site for their course on

30. Mainframe 3D fractals. Using Java applets, this site allows a variety of forms (eg, fractal mountains, terrains, mandelbrot and julia sets, complex fractal polyhedra, etc http://home.att.net/~Novak.S/main.htm

Thanks For Making... "Contact" with the home page of Stanley Novak Now That You're Here The primary purpose of this site is to exhibit my images and music compositions. In addition, I wish to provide some personal suggestions for creating fractal images and music depending on different levels of technical knowledge. The "thumbnail" Galleries contain a number of fractal images or fractal-derived images created by programs requiring different levels of technical experience. The program used is indicated below each image and "clicking" on the image will link you to an enlarged version. Some enlarged images in Gallery-1 are also accompanied by fractal music compositions. In some instances, fractal images may have undergone additional processing with an image editor (i.e., post-processing) after being generated by the indicated program. The MIDI music for this page was composed with the full MusiNum program discussed below. Media Player (available on Windows Update) is the MIDI player used for Internet Explorer. Crescendo (operating in detached mode) is the MIDI player plugin I am using for . A basic version is available from the Crescendo homepage (freeware).

31. Catalogs For Kits & Other Educational Products , Free Lewis & Clark Map! , Feltb shopsite_sc/store/html/index.html Tessellations, polyhedra, fractals, MC Escher, Tangrams dissections, Kaleidoscopes symmetry, Paper folding and more http://homeschool.resource.ods.org/20020730.HTM

This list comes from a gifted students' resource, but these are not just for gifted students. Every student is gifted in some way. Check them out: Educational Products Don't miss Smart Toys (Smart Toys for Gifted Kids) http://www.hoagiesgifted.org/smart_toys.htm Lists perennial favorites of gifted kids The 24 Game http://www.math24.com/ Create the number 24 from the four numbers on a game card. You can add, subtract, multiply and divide. Use all four numbers but use each number only once. Available from simple addition and subtraction, right up to fractions, decimals and algebra. Click for 24 Challenge tournament schedule... Arbor Scientific http://www.arborsci.com/ Great science supplies, with good prices Calculus By and For Young People http://www.shout.net/~mathman/ by The Mathman - Don Cohen and lots of related math materials... Carolina Supply Company http://www.carolina.com/ Science (and some math) supply company, with products in a reasonable price range... Challange Math For the Elementary and Middle School Student http://www.challengemath.com/

32. Efg's Fractals And Chaos -- Von Koch Curve Lab Report Fraktaler www.e.kth.se/~e97_llj/fraktal.html. Koch s Flakes in fractals polyhedra, Flakes Ltrees www.people.nnov.ru/fractal/VRML/3dLsys/3Dtree.htm. http://www.efg2.com/Lab/FractalsAndChaos/vonKochCurve.htm

Fractals and Chaos von Koch Curve Lab Report Neils Fabian Helge von Koch's "Snowflake" Purpose The purpose of this project is to show how to create a von Koch curve, including a von Koch snowflake. Mathematical Background Swedish mathematician Helge von Koch introduced the "Koch curve" in 1904. Starting with a line segment, recursively replace the line segment as shown below: The single line segment in Step 0, is broken into four equal-length segments in Step 1. This same "rule" is applied an infinite number of times resulting in a figure with an infinite perimeter. Here are the next few steps: If the original line segment had length L, then after the first step each line segment has a length L/3. For the second step, each segment has a length L/3 , and so on. After the first step, the total length is 4L/3. After the second step, the total length is 4 L/3 , and after the k th step, the length is 4 k L/3 k . After each step the length of the curve grows by a factor of 4/3. When repeated an infinite number of times, the perimeter becomes infinite. For a more detailed explanation of the length computation, see [ , p. 107] or

33. Efg's Mathematics Page html. polyhedra Database www.netlib.org/polyhedra/index.html. html. F. fractals and Chaos Also see efg s fractals and Chaos Projects Page. http://www.efg2.com/Lab/Library/mathematics.htm

Mathematics in look for Mathematics Fractals and Chaos Contents A. Reference D. Functions G. Wavelets E. Fourier Analysis, FFTs ... F. Fractals and Chaos also see efg's Delphi Math Info and Links Delphi Math Functions Math Projects A. Reference Calculators The Calculator Home Page. Calculator.org has a number of calculator related resources, including an online scientific calculator, units conversion and constants database, and other information. www.calculator.org Calculators Online Center. Part II. Mathematics http://www-sci.lib.uci.edu/HSG/RefCalculators2.html Geometry Geometry Algorithms http://geometryalgorithms.com Geometry http://mathworld.wolfram.com/topics/Geometry.html Géométrie http://perso.wanadoo.fr/jpq/geometrie/index.htm Famous Curves http://www-groups.dcs.st-and.ac.uk/~history/Curves/Curves.html 2D Curves www.2dcurves.com Geometry, Solid The 5 Platonic Solids and the 13 Archimedean Solids www.scienceu.com/geometry/facts/solids Math Reference Tables math2.org (formerly Dave's Math Reference Tables) General, Algebra, Geometry, Trig, Discrete/Linear, Other, Stat, Calc, Advanced

34. Tessellations' Ordering Page Mathartfun.com carries a variety of books, puzzles, posters, videos and software related to tessellations, polyhedra, fractals, kaleidoscopes, anamorphic art http://members.cox.net/tessellations/Ordering.html

Ordering Tessellations' Products We encourage our customers to purchase our products from our retailers. Mail-order retailers that carry Tessellations' products include Jacobs Publishing, Educator's Outlet, Nasco, Delta Education, Mindware, and Timberdoodle. If you are interested in purchasing online, we recommend our sister company, Mathartfun.com. In addition to Tessellations' products, Mathartfun.com carries a variety of books, puzzles, posters, videos and software related to tessellations, polyhedra, fractals, kaleidoscopes, anamorphic art, and more! Click on the logo below to go to Mathartfun.com. mathartfun.com home You can also order direct from Tessellations. Click here for more information on this option. Click here to download a catalog in PDF format (960K). Click here to download an order form in PDF format (60K). If you would like a print catalog sent to you, click the e-mail link below and give us your name and street address. Go to Tessellations Home Webmaster: Robert Fathauer; rob@tessellations.com

35. Shiki.archive.9512: Fractals fractals are the opposite of optimal. Intervals, straight lines, planes, smooth surfaces, smooth curves, polyhedra are not fractals. http://haiku.cc.ehime-u.ac.jp/~shiki/shiki.archive/html/9512/0172.html

fractals Wlodzimierz Holsztynski ( everest@netcom.com Mon, 4 Dec 1995 22:16:50 -0800 (PST) Messages sorted by: [ date ] [ thread ] [ subject ] [ author ] Previous message: Art.Beebe@ARO01.msas-cargo.sprint.com: "ojai coup" Alexey's blinding knowledge of fractals: Before anybody would use the above text for a fractal metaphor let me correct it, since Alexey's text is absolutely misleading, extremely. A fractal has *nothing* to do with covering space optimally. No fractal covers space. And no fractal surrounds area optimally. In the plane circles and only circles do but they are not fractals. In the euclidean space spheres and only spheres (this time with respect to volume, which is the 3-dim analog of area) do but they are not fractals. In that sense and in most any natural, naive sense fractals are the opposite of optimal. Intervals, straight lines, planes, smooth surfaces, smooth curves, polyhedra are not fractals. There are two notions of dimension in geometry (in the theory of so called metric spaces): topological dimension and Hausdorff dimension. For regular sets like polyhedra the two coincide with

36. Mathematical Resources: Mathematical Art, Graphics, Chaos And Fractals (Math Lin Pavilion of Polyhedreality images and geometry links by GW Hart; Perspective Drawing, Moebius Strip, polyhedra, and Spreadsheets by Jan Chaos and fractals. http://mathres.kevius.com/art.html

Chaos and Fractals Newsgroups Kazohina Mathematical Art, Graphics, Chaos and Fractals not a complete list, only what I happened to see... 3D Strange Attractors and Similar Objects by Tim Stilson 5points art mathematics science - home page Algorithmic Mathematical Art Xah: Periodic Dosage Artlandia Thomas Banchoff's Project List Calculus graphics by Douglas N. Arnold The C*ODE*E Gallery The Chryzodes - - Les " Chryzodes " ou l'arithmétique en images Digital Archive by Richard Hawkin Digital Art, Digitale Kunst by Karin Kuhlmann Directory of /pub/pictures/art/M.C.Escher Encyclopedia of Polyhedra - Over 1000 Virtual Polyhedra by G.W. Hart ESCHER M.C. Escher Art FTP Directory @ ftp.sunet.se M. C. Escher: Artist or Mathematician? M.C. Escher - Interlocking Shapes and Tessellations, Math Art, ... Brendan's M.C.Escher page by Brendan DJ Murphy Mathematical Art of M.C. Escher a Platonic Realms Mini-Text Zvi Har'El's M.C.Escher Collection by Zvi Har'El Famous Curves Page Fun with cellular automata A Gallery of Interactive On-Line Geometry (Geometry Center) Gallery of Art from PFP'94 IDC students Gallery of Mathematical Surfaces by T. Nordstrand

37. 6. Other Polyhedra Dodecahedron 6. Other polyhedra. In principle our algorithm should create quantum fractals for each of the regular polyhedra. The http://www.cassiopaea.org/quantum_future/papers/qfract/node16.html

Next: 4. Notes Up: 3. The Five Platonic Previous: 5. Dodecahedron 6. Other Polyhedra In principle our algorithm should create quantum fractals for each of the regular polyhedra. The only restriction on the array of vectors is that they are all of unit length, and their sum is a zero vector. We added, for comparison with the Platonic solids configurations, two additional simple yet regular figures: double tetrahedron and icosidodecahedron. Notice that tetrahedron is self-dual, while dodecahedron and icosahedron are dual to each other. Double tetrahedron array is obtained by combining with - that is with the inverted configuration. Figure: Quantum Double Tetrahedron. Icosidodecahedron has particularly simple and elegant expression for its 30 vertices: they are of the form: and its cyclic permutations, and and its cyclic permutations, where is the golden ratio. All of its edges are of length . For its 30 vertices was needed to resolve the atrractor's fine structure. Figure: Quantum Icosidodecahedron. Next: 4. Notes

38. Generation Of 3D Fractals For Web Unlike the well known Lsystems fractals, this algorithm does not need a rather complicated string parser and 3D turtle for its Fractal Trees and polyhedra. http://www.people.nnov.ru/fractal/VRML/Web3D/Web3D.htm

Generation of 3D fractals for Web Introduction A wide variety of amazing 3D fractals can be obtained by iteration of very simple rules many times. The simple rules lead to very small (1-3kb) algorithms and scripts realized in Java, JavaScript or VRML. The scripts are flexible and can be combined in a library of fractals for application in complex scenes. It is well known, that as since fractals possess self-similarity on scaling, therefore they can be made by iterations of scaling transformations. In Figure 1 it is shown how the famous Koch's snowflake is obtained by repetition of simple transformations: scaling, rotations and translations. Figure 1. Generation of the Koch’s snowflake. The initial segment 1 is shrunk three times, then three small copies are translated upward and two of them rotated by +-60 degrees. Then this procedure is applied again to the entire curve 2 to get the next curve 3 and so on. Unlike the well known L-systems fractals, this algorithm does not need a rather complicated string parser and 3D turtle for its realization. It uses "natural" 3D operations: scaling, rotations and translations and it can be used with any "3D engine" (VRML, Java3D or Java1 applets). Unfortunately, there is no such "built in" 3D engine in present-day browsers. Fractal Trees and Polyhedra It turns out that very realistically looking 3D Trees and other Plants can be obtained just as the Koch’s snowflake by repetition of scaling, rotations and translations. Generation of a simple tree is shown below.

39. Web Resources: Teens: Homework - MCPL Lessons on tesselations, polyhedra, fractals, etc. Also, supercool demos. and brain-benders. Author CoolMath.com, Inc. (71 hits) Create a Graph new! http://www.mcpl.lib.mo.us/Links/Teens/Homework/

Browse/Search New Links Popular Databases Web Resources Top Teens : Homework Related Categories: Reference Teens: Books and Writing 18 Links: AOL@School http://school.aol.com/highschool/index.adp AOL has put together helpful sites in all homework subjects, plus links to career and college information. Author: AOL@SCHOOL (159 hits) Awesome Library for Teens http://www.awesomelibrary.org/student5.html A cool collection of links on all sorts of homework topics. Author: Jerry Adams (138 hits) Big Chalk Online Tutoring http://www.tutor.com/bigchalk/ Connect with online tutors, for a fee, who specialize in more than 90 subject areas, 24 hours a day. Author: Big Chalk Corporation (72 hits) CoolMath http://www.coolmath.com/home.htm CoolMath is designed for the pure enjoyment of Math. Lessons on tesselations, polyhedra, fractals, etc. Also, super-cool demos. and brain-benders. Author: CoolMath.com, Inc. (74 hits) Create a Graph new! http://nces.ed.gov/nceskids/graphing/ Using this source enables students and others to quickly devise printable bar graphs, pie charts, line graphs, or area charts using the colors and values of their choosing. Straightforward instructions and a simple interface make this an easy way to illustrate and expand reports or assignments. (2 hits) Education Resources http://www.educationindex.com/education_resources.html

40. WebGuest Directory - Math : Chaos And Fractals Interactive 3D fractals Shows how to create fractal mountains, 3D Mandelbrot and Julia sets, convex, stellated and polyhedra. http://directory.webguest.com/Science/Math/Chaos_and_Fractals

Science Math : Chaos and Fractals Chaos Fractal Art Software Related categories: Science/Math/Applications/Complex Systems Science/Math/Differential Equations/Dynamical Systems Sites: 3D Fractals using Bicomplex Dynamics - The Tetrabrot is the bicomplex generalization of the Mandelbrot set as realized by Dominic 'Ramdam' Rochon. Articles, pictures, news and other downloads. A Sketchbook on L-systems - Modeling and visualization of plants using parametric L systems. An Introduction To Fractals - Gives definition and explains the different types of formulas used. Includes illustrations and bibliography. Chaos Theory Resources - Fractals - Directories - Links - A Directory of Internet resources on chaos theory and fractals. Chaos Theory and Fractals - History of chaos as well as extensive information on Chaos Theory and fractals. Contains several pictures of fractals and links to other Chaos Theory and fractals pages. Chaos, Fractals And Attractors In Science - Chaos theory is a popular name for the theory of Dynamical Systems (DS), mainly for non-linear systems. The theory covers many aspects of the life of DS, all of them have the same characteristics, they were born, they lived and they died. Climate Dynamics - Explains a general systems theory for chaos, quantum mechanics and gravity as applied to weather patterns.

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