SpaceX To Launch Super-Computer To Space

SpaceX To Launch Super-Computer To Space

SpaceX To Launch Super-Computer To Space

MIAMI: SpaceX is set to launch an unmanned ship on Monday to the International Space Station, including a supercomputer that could target astronauts on future deep space missions.

The takeoff of the Falcon 9 rocket carrying the dragon’s cargo is scheduled for 12:31 (1631 GMT) from Cape Canaveral, Florida.

The weather forecast is 70 percent favorable for the launch.

The mission is the 12th official visit to SpaceX, which has a $ 1.6 billion contract with NASA to provide astronauts who live in orbit more than 20 return journeys.

Approximately 10 minutes after launch, the rocket will try to revive the landing on Cape Canaveral as part of SpaceX’s ongoing effort to reuse rocket components after each takeoff.

If Monday’s launch is delayed for any reason, the next attempt will have to wait until next week due to a spacewalk scheduled for Thursday by Russian cosmonauts, who will deploy a series of satellites from the front -plane into orbit.

Complicated load

The dragon is packed with 6,400 kilograms of supplies, including a sophisticated supercomputer manufactured by Hewlett Packard Company (HPE), called the airborne computer.

The goal is to test the computer for a year to see if this can work in the harsh conditions of space, more or less at the same time as it would take for astronauts to reach Mars.

 

Like astronauts millions of miles away from travel, communications will be made later. Messages from Mars to Earth would be delayed between four minutes and 24 minutes, depending on the distance between the planets, according to the European Space Agency.

“Such a long period of communication would make any exploration in the difficult and potentially dangerous terrain if astronauts are confronted with mission-critical scenarios that can not be solved on their own,” said Alain Andreoli, senior vice president of HPE in a statement.

The new supercomputer is designed to provide “sophisticated on-board computing resources that are capable of prolonging uptime,” he added, describing the year’s effort as “the first step in this direction.”

Another experiment on board is designed to help scientists study Parkinson’s disease in more detail in hopes of finding better treatments for this degenerative disease.

Despite the gravity, protein crystals can grow in space, and scientists hope to use this medium to help them understand an important protein in Parkinson’s disease, known as rinsing kinase 2 rich leucine (LRRK2) .

So far, this protein has been difficult to study on Earth, according to researchers at the Michael J. Fox Foundation, who developed the research project.

Other experiments include onboard stem cell research to grow new lung tissue and equipment for growing vegetables in space.

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