| Wade_Edward_Philpott_Collection A special collection at the University of Calgary Library. |
| Who_Can_Name_the_Bigger_Number? An essay by Scott Aaronson on the quest for ever-bigger numbers, from exponentials to Busy Beavers. |
| BBC_-_Genes Explore the world of genetics and investigate the issues. Features history, health, a gene safari, and DNA detectives. |
| BioScience_Research_Tool__Genetics Specialized directory of online tools and resources selected for geneticists. |
| Chromosome_Web_Watch Resource site for researchers. Includes links to conferences and courses, directories, laboratories, journals, and publishers. |
| Computational_Gene_Recognition Bibliography of accumulated research papers. Includes databases, programs, and conferences. |
| Cracking_the_Code_of_Life Chronicles the race to capture the complete letter-by-letter sequence . Includes an online version of the television program. Viewable in Quicktime or Real Audio format. |
| Database_of_Genome_Sizes Genome sizes for different organisms. The estimated genome sizes are given for both the organisms currently being sequenced and those for which no sequencing programme is in progress. |
| The_DNA_Files__Genetic_Science_Documentaries_Distributed_by_National_Public__Radio A public radio series that explores the world of genes and genetic science. |
| Essentials_of_Genetics Provides a range of notes including landmarks, basic terms and rules, chromosomes and genes, population genetics, viral and bacterial genetics, and plant genetics. Includes links to related resources |
| Gene_CRC Provides a range of information on the latest genetics research and ethical and associated issues. Features an interactive learning center, children's section, and related links. |
| Genetic_Origins Provides biochemical methods and computer tools to allow students to use their own DNA "fingerprints" as a starting point in the study of human evolution. |
| Genetics_Virtual_Library Comprehensive subject catalog covering genetics in the biosciences. Provided by the U.S. Department of Energy. |
| 123Genomes A genomics and bioinformatics knowledge base with information on companies, careers, courses, meetings, databases, sequence analysis, news, diseases, mutation, snp, and microarray. |
| Life__A_Study_of_Genetics_and_Molecular_Biology Source of information from the basics to contemporary issues such as cloning and cancer. Includes interactive demonstrations and a discussion forum. |
| The_National_Center_for_Biotechnology_Information A national resource for molecular biology information for the better understanding of molecular processes affecting human health and disease. |
| The_New_York_Times__Genetics Collection of articles assembled to commemorate the 50th anniversary of the discovery of DNA. Topics include history, recent developments, ethical concerns and other issues related to the genetic revo |
| Noncoding_DNA Explores the noncoding portion of the genetic code. Details raw data, research, updated values, and perspectives. |
| The_Selfish_Gene An introduction to genetics, covers the basics including cell mechanics, chromosome structure, genotypes and phenotypes, recombination, cloning and mapping. |
| Colloid_and_Interface_Science_Page Terms and field of colloid science, Laurier L. Schramm, University of Calgary. |
| Food_Rheology_Laboratory_-_USA,_MI Rheology applied to food process engineering. |
| Glossary_of_Rheological_Terms By the Institute for Non-Newtonian Fluid Mechanics. |
| Intro_to_polymers___The_Macrogalleria A cyberwonderland of polymer fun from University of S MS |
| Materials_Science_Modeling Project at NIST, Applied and Computational Mathematics Division, US gov. institute. |
| Mechanical_Properties_of_Polymers Viscoelasticity, relaxation spectra, Model of polymer chain .. |
| NIST__Materials_Science_-_Polymers_Division National Institute of Standards and Technology (US government): polymers - electronics materials, biomaterials, ... large site with searchable index |
| The_Origins_of_Rheology__A_Short_Historical_Excursion History and relationships with other areas of physics. [PDF] |
| The_Physics_of_Granular_Flows Flow of grains : experimental and numerical studies. |
| Polymers_Division_of_NIST The Polymers Division of US standards institute provides standards, measurement methods, and fundamental concepts for plastics industry |
| Prof__Clifford_Truesdell Publications, bio, .. of the 'Grand Man' of Rheology. |
| Rheology_of_Liquid_Crystals_-_Freiburg TMR Network - nematic fluids. |
| Rheology_Primer Understanding of hydrocolloids. |
| Rheology_Research_Center,_University_of_Wisconsin History, videos of rheologic processes, and links. |
| Suspensions Computational approach. |
| Transport_in_Permeable_Media Transport and phase change phenomena in porous media. |
| What_is_rheology_anyway? Rheology studies the flow of unusual materials, particularly non-Newtonian fluids such as mayonnaise, paint, molten plastics, and foams. The Society of Rheology caters to rheologists in many fields |
| Biosoft Programs for data analysis, graphics and statistics. |
| Curious_Company Bean There Grown That is an educational software CD-ROM and a seed-growing science kit. User grows seeds and performs experiments. |
| Dynamic_Clamp DYNCLAMP4 is a program to insert artificial synapses and conductances in up to 4 neurons in real time. |
| ImStar Bio-imaging software and fully automated systems for research and clinical diagnostic with focus on genetic diseases and cancers. |
SpiroCharts is a Windows application that displays and saves Spirograph drawings. It's
very easy to use. Just construct a Spirograph object selecting the parameters using the sliders. The spirograph will be displayed automatically. You can save the spirograph as a windows
bitmap and copy the image to the clipboard... You are able to zoom all the image or an only a selected area of the image. Explore the image using the direction keys in the keyboard. Take a
virtual journey and explore the minimal details of your own spirographical creations.
What is a Spirograph?
A Spirograph is formed by rolling a circle inside or outside of another circle. The pen is placed at any point on the rolling circle. If the radius of
fixed circle is R, the radius of moving circle is r, and the offset of the pen point in the moving circle is O, then the equation of the resulting curve is defined by:
x = (R+r)*cos(t) - (r+O)*cos(((R+r)/r)*t) y = (R+r)*sin(t) - (r+O)*sin(((R+r)/r)*t)
Where R,r, and O are defined below. The app allows you to create all the SpiroGraphs your heart desires by varying the values of R, r and O, as well
a) Radius1 (R) Radius of circle (equator) centered at the origin.b) Radius2 (r) Radius of circle (bicycle wheel) centered at (R+r,0)
c) Position (O) Distance of Point (reflector) from the center of Circle2, the circle of radius r.
SpiroCharts draws a line between points defined by t and t+1. Then between the points defined by t+1 and t+2 and so on.
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