Recent content by aRandomRobot

GPU work units simulating virus protein and cell receptor interactions are out of beta and now live on F@H. This finally motivated me enough to fix a corrupted client on my desktop that was dropping every work unit. Rosetta@home also has some Coronavirus work units for CPU available too so I'm...

Anyone excited for this game? It’s finally getting released tomorrow. I played a demo of it at PAX West last year and it has been on my Steam wishlist since. Same dev behind This War of Mine. Link

So, while going to school I got myself mixed up in a student engineering project called Formula SAE. If you haven't heard of it before, FSAE is an international design competition where teams from around the world compete against each other with race cars that they have designed and built them...

:drool: :drool: :drool:

I've been gone a while. What the hell happened?

This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold, and mis-fold in the body. Running folding@Home allows you...

Welcome back to another weekly update on Team Rage3D's Folding@Home performance! This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates...

I considered writing a full Weekly Update but then I realized most of you would be more interested in this development instead anyway: On Friday the 19th we finally cracked the 1 billion mark. Thank you to everyone who helped us get here! Since I couldn't be content with just a picture and a...

Hello everyone! Welcome back to another week of Folding@Home! This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form...

Welcome back to another glorious week of Folding@Home! This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold...

Hey, it's time for another week of Folding: This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold, and mis-fold...

This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold, and mis-fold in the body. Running folding@Home allows you...

Welcome back to new week of Folding@Home! This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold, and mis-fold...

Hello everyone! Welcome to a new week of Folding! This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold, and...

Welcome back to another week of Folding@Home! This news item is part of a weekly set of updates to raise awareness and encourage participation in Rage3D's Folding@Home team. Folding@home is a distributed computing project created by Stanford that simulates how proteins form, fold, and...