My Settings

Global Sites

	Filter videos that may contain explicit content
	Watch videos on the host site for those that don't play in Truveo

search video across the Web

News \| Sports \| Music \| Movies \| TV Shows \| Channels
	SEARCH
Hot Searches: shawn johnson \| selena gomez \| olympics \| michael phelps

"...the best Web-wide video-search engine I've seen"
The Wall Street Journal

This was an installation at Mediaruimte, Brussels in 2004, a simulation of a cyclic universe. Every frame 10000 new moving particles are added so that after several ten thousand "years" (1 rotation = 1 year) the space ended up as white cube, fully saturated with matter. Due to the way this cyclic nature has been coded it too created the paradoxical situation where the simulation never actually slows down even though the number of moving particles is approaching infinity. The lines are a visualization of the invisible moving attractors in that space and the inverse square law used to compute the particles trajectories. More info: toxi.co.uk/p5/ideaspace

Send to a Friend

From:

To:

Message:

Clear

Send

Share this video

URL:

Embed:

StumbleUpon it

Facebook it

Digg it

del.icio.us it

Ideaspace (2004)

This was an installation at Mediaruimte, Brussels in... (more)

Channel:Vimeo Category:Home Video Views:26

Tags:

attractors, simulation, processing.org, particles, paradox, gravity, universe

Rate it: Share Email Save to Favorites

this is a animation (camera moovment) of a 1 frame of a particles followd by fumeFX simulation, i used the "partitioning" feture to increase the number of the particles, in the simulation i...

8 million ! particles rendered with krakatoa using partitioning

Using PHUN to create choppy seas. Unfortunately, the waves on water in PHUN aren't really transversal. It's more just that the water flows left and then right.

Choppy Seas in Phunland

This is a matlab simulation of large particles in an ODE vector field

ODE Particles

Dispersion of 10 micron diameter particles in a turbulent flow. The results obtained via direct numerical simulation.

Dispersion of 10 micron Particles - Side view

I realized this animation in Cinema4D using the particles and clothing simulation

Sangue Telo

Basic Kinetic Energy formula applied to ICE particles. Kinetic Energy is the equation that defines the energy of an object when it's in motion. It's related to it's own mass and velocity. On...

XSI 7 ICE - Kinetic Energy

Simulation

Dispersion of 0.1 micron diameter particles in a turbulent flow. The results obtained via direct numerical simulation.

Dispersion 0.1 micron Particles - Side view

Rendered in mental ray.

Particles Simulation using Autodesk Maya 2008

Aurora Borealis / Educational Video. NASA Connect - DITNS - Aurora Borealis. This work is licensed under a Creative Commons Attribution 2.5 License. NASA Connect Segment exploring the Aurora...

Aurora Borealis / Educational Video