Supercomputer Aurora 21 will map the human brain, starting in 2021

Aurora 21 will help the US keep pace among the other nations who own the fastest supercomputers. Scientists plan on using it to map the connectome of the human brain.

Between your ears lies a miracle of nature, with more connections than our galaxy has stars. In the past, the idea of mapping the connectome—or the interconnected neuronal pathways of the brain (the white matter), was thought impossible. Now, a group of scientists are planning to do just that. How? They plan on using an oncoming supercomputer with tremendous power. Should they be successful, it could stand as one of the greatest achievements in the history of science. And that’s just one of the project's scientists at Argonne National Laboratory are planning, with Aurora 21 (A21).


Intel, IBM, and other tech giants are currently working together to create this mind-blowing supercomputer that’ll run a quintillion operations simultaneously. This will be the first exascale supercomputer in the US. It’s set to go live in 2021. Originally, the US Department of Energy (DOE) reported a 2023 unveiling. But when China announced it was to have its own (exascale supercomputer) by 2020, the DOE stepped up its schedule. Those involved with the project say it’s humming along and should be completed on time.

A21 will have a computing power of 1 exaflop. The US, Japan, and China have been in something of a supercomputer arms race. For now, China has the top model, the Sunway TaihuLight in Wuxi. It runs at 200 million billion petaflops. Aurora 21 will surpass this. It’s currently being built at Argonne National Laboratory in Lemont, Illinois.

According to Science Magazine, “IBM and its partner NVIDIA, the makers of Summit, have focused on marrying central processing units (CPUs) with graphical processing units, which are faster and more efficient for calculations involved in complex visual simulations. Intel and Cray, meanwhile, have long aimed to increase the number of CPU ‘cores’ operating in parallel and creating fast links between them.”

Axonal nerve fibers in a real brain. Image credit: jgmarcelino from Newcastle upon Tyne, UK, Wikipedia Commons.

A21 is expected to cost hundreds of millions of dollars. It’ll take up a quarter acre of land, require thousands of miles of wires, and is expected to consume enough power to light a midsize city. Experts say either China or Japan is likely to develop the world’s first exascale supercomputer, but that A21 will make sure the US keeps up with its closest competitors.

There are lots of projects on the docket already, besides mapping the connectome. Others projects include understanding how gases flow during combustion, how galaxies form, and how plasma reacts in a fusion reactor. A21 will also forecast the weather and predict how new medicines might react inside the body. In sum total, it’ll be a huge windfall for physics and science in general.

Neuroscientist Bobby Kasthuri will be a part of this connectome project, some 100 million neurons altogether, approximately. It would do so by piecing together millions of 2-dimensional images to make a 3-dimensional picture of the brain’s white matter. Kasthuri and colleagues plan on mapping a number of different brains, not just one.

They don’t know how much one will vary from the next and they’re excited to see the differences among age groups. Researchers believe the results will give us greater insights into human psychology, thinking, learning, and behavior, and help us better understand all sorts of conditions, such as autism and schizophrenia.

To hear the announcement by the DOE of the creation of this supercomputer, click here:

How to vaccinate the world’s most vulnerable? Build global partnerships.

Pfizer's partnerships strengthen their ability to deliver vaccines in developing countries.

Susan Silbermann, Global President of Pfizer Vaccines, looks on as a health care worker administers a vaccine in Rwanda. Photo: Courtesy of Pfizer.
Sponsored
  • Community healthcare workers face many challenges in their work, including often traveling far distances to see their clients
  • Pfizer is helping to drive the UN's sustainable development goals through partnerships.
  • Pfizer partnered with AMP and the World Health Organization to develop a training program for healthcare workers.
Keep reading Show less

Why the White House Correspondents’ Association dinner won’t feature a comedian in 2019

It's the first time the association hasn't hired a comedian in 16 years.

(Photo by Anna Webber/Getty Images for Vulture Festival)
Culture & Religion
  • The 2018 WHCA ended in controversy after comedian Michelle Wolf made jokes some considered to be offensive.
  • The WHCA apologized for Wolf's jokes, though some journalists and many comedians backed the comedian and decried arguments in favor of limiting the types of speech permitted at the event.
  • Ron Chernow, who penned a bestselling biography of Alexander Hamilton, will speak at next year's dinner.
Keep reading Show less

Juice is terrible for children. Why do we keep giving it to them?

A glass of juice has as much sugar, ounce for ounce, as a full-calorie soda. And those vitamins do almost nothing.

Pixabay user Stocksnap
popular

Quick: think back to childhood (if you've reached the scary clown you've gone too far). What did your parents or guardians give you to keep you quiet? If you're anything like most parents, it was juice. But here's the thing: juice is bad for you. 

Keep reading Show less

A new study says alcohol changes how the brain creates memories

A study on flies may hold the key to future addiction treatments.

Scott Barbour/Getty Images
Mind & Brain
  • A new study suggests that drinking alcohol can affect how memories are stored away as good or bad.
  • This may have drastic implications for how addiction is caused and how people recall intoxication.
  • The findings may one day lead to a new form of treatment for those suffering from addiction.
Keep reading Show less