Our spare computer is helping fight coronavirus. yours can, too.

Charitable citizens now have the ability to donate processing power from their personal devices to scientific research.

Want to know how you can help fight coronavirus without leaving your home?

For two decades, the group [email protected] has been offering free downloads of software that puts the excess computing power from a device’s central processing unit (CPU) or graphics processing unit (GPU) to use running computationally intensive simulations for biomedical researchers.

[email protected] is now asking people to help it run simulations that could help bring the coronavirus pandemic to an end — and Freethink has answered the call.

Computer simulations help reveal a protein’s many potential forms, but they require a significant amount of processing power.

“It’s a project that’s right in the pocket for me personally: harnessing a little technical know-how, appreciating powerful CPUs and GPUs, advancing science, and directly finding a way to fight coronavirus,” says Freethink’s Director of IT Seth Goldin.

Fight Coronavirus From Home

Like all other living things, the coronavirus that causes COVID-19 contains proteins, a type of molecule formed from chains of chemicals called amino acids.

Proteins play a role in nearly every process that takes place within a cell, and just what that role will be depends on the protein’s shape after it undergoes a spontaneous “folding” process.

A single protein can fold into a variety of shapes, and knowing all of a protein’s potential forms can be incredibly useful for scientists.

If scientists know all the shapes the coronavirus’s proteins can take, for example, they might be able to identify shapes with “druggable sites” — places where drug therapies could bind to the protein to prevent the coronavirus from infecting a person.

Computer simulations can reveal a protein’s potential forms, but they require a significant amount of processing power to run.

To address this issue, Stanford University researcher Vijay Pande launched [email protected] in 2000, giving charitable citizens the ability to donate spare processing power from their personal computers, gaming systems, or, in some cases, even their smartphones to scientific research.

With Our (Processing) Powers Combined…

Past [email protected] projects have focused on proteins related to everything from Alzheimer’s disease to breast cancer.

Their work has led to the publication of more than 200 scientific papers — their simulations of an “undruggable” Ebola virus protein even resulted in the identification of a structure with a drug-binding site for potential treatments.

In late February, the group turned its attention to the coronavirus responsible for COVID-19.

As a company that works with a lot of video footage, Freethink has several powerful systems at our disposal, so we decided to join the cause.

To that end, we’re now dedicating two CPUs (an Intel Xeon Gold 6136 (12-core) and an Intel Xeon Gold 6152 (22-core)) and three GPUs (a NVIDIA GeForce GTX 1080 Ti card and two NVIDIA GeForce RTX 2080 Ti cards) to running [email protected] simulations.

We aren’t the only ones stepping up to fight coronavirus alongside [email protected], either. The group has recently received an overwhelming amount of support — literally. On March 16, it wrote on Twitter that it was scrambling to keep up with the demand for new assignments.

The group is now working with partners to scale up, so don’t let the currently shortage of assignments discourage you from downloading the [email protected] software and helping Freethink fight coronavirus one simulation at a time.

To fear AI is to fear Newton and Einstein. There are no “dragons” here. 
Who’s afraid of utopia? AI doubters have cold feet. History can warm them.
What is an AI black box? A computer scientist explains
AI black boxes refer to AI systems with internal workings that are invisible to us. What are the implications of working without transparency?
Gain-of-function research is more than just tweaking risky viruses
Gain-of-function experiments in the lab can help researchers get ahead of viruses naturally gaining the ability to infect people in the wild.
The radical drop in maternal mortality was a public health miracle
In 1758 in Sweden, 1205 mothers died for every 100,000 live births, which was likely representative of the global maternal mortality rate.
Up Next
shopping for the elderly
Subscribe to Freethink for more great stories