> 3. The following is excerpted from an web-form-in-progress: Researcher Info Name: Raissa M. D'Souza Email: raissa@mit.edu Phone: (617) 253-2612 Title: Graduate Research Assistant Department: Physics University or company (if not BU): MIT Collaborators (name, title, department and Institution): Norman H. Margolus, Research Associate Professor, Boston University, Center for Computational Science Title of project: Long range order generated from microscopically reversible dynamics Completion date: 10/28/97 Brief description of the visualization in layman's terms: Video Titles and Credits 1.Title 'slide' Title: Forming stable long range order from a reversible microscopic dynamics Name[s]: Raissa M. D'Souza and Norman H. Margolus Department/affiliation: MIT, Dept of Physics (RMD) BU, Center for Computational Science (NHM) 2.Short description: We study a microscopically reversible dynamics, which gives evolves to a stable state with long-range order. This phenomenom happens in the world around us constantly, however there are very few computational models that capture this. The following video clip is a rendering of a 3--dimensional simulation. We initially are rendering a slice through the center of the space. 3.Segment titles: 1. Dynamics of the formation of the final structure 2. Panning through the 3--dimensional space 4.Segment animation: 1. Forming the Fuzzy Ball 2. Pan through space 5.Software used: Forth 6.Hardware used: Cellular Automata Machine 8 7.Acknowledgements: Video Brochure 1.Title: 2.Author[s]: 3.Text/Description: Please write a paragraph or two describing the work which appears in the video, perhaps including the goals of the project, the methods used to solve the major problem(s), and the results, perhaps the relation of this work to other work of your own or others, i.e., an abstract, with some mention of what the graphics represent. 4.Hardware: 5.Software: Off-the-shelf or commonly-used package (give name), custom software, what language[s], etc. 6.Scientific programming: 7.Graphics programming: 8.Video production: 9.Acknowledgments: Optional - Examples: funding sources; thanks to non-authors 10.Optional - very short list of citations to related publications (the researchers) Vizgal (interactive video application -- HTML+laserdisk) Includes everything in the brochure plus: 1.Title image - representative image for the whole video. Could be one of the sequence images. Ratio should be 4:3 2.Sequence specific text 3.A representative image for each sequence also using the ratio of 4:3 4.Related URL's to papers, scientist's home pages, etc. Posters Includes everything in the brochure plus: 1.Image[s] 2.Captions for the image[s] 3.Optional additional text