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Startups deny gravity to discover the commercial boundaries of space



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NASA's Mission Control in Houston is equivalent to the hidden office within the weakened corridor of the shopping mall in Israel.

Nevertheless, there are no rows of headset-mounted scientists and flight controllers, most of the faces are fixed on the larger screen charting spacecraft. And no astronauts tell them that they have a problem.

Instead, three large computer screens display a global satellite, which represents the satellite, mostly the size of the large shoebox, or the rotation of the world. It is one of many private autonomous "Space Labs" to carry out experiments to pay customers including pharmaceutical companies, universities and chemical companies.

This is the new range of space exploration and research. Large, slow-moving government agencies such as NASA have no longer monopoly for long. This area has been commercialized, to create space for large aerospace companies, including SpaceX and Boeing, but the startups of ships also absorb more affordable access to the sky.

One in Israel, Spacefarma is trying to tap into a budding celestial industry: Microgram experiment.

The root of which it provides is the ability to run tests in situations that are currently impossible to replicate on Earth – zero gravity, or zero gravity, near the environment. And without gravity, an indispensable constant that always bans every experiment, the new field of science hopes for success.

A nanosatellite is installed



Before the launch of the Indian-made rocket in 2017, Technician Spacefarma installs Nanosatellite. Photograph: Handout

Spacefarma research and development director Yer Glick said, "In space, everything is different." Almost anything – chemicals, plants and human cells – also behaves in microgravity as it does on the Earth.

The simplest experiment also produces new results: "If we mix water from oil, then we know that water goes down and oil is not in space." Gluc said.

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National Scope Agencies have undertaken microgravati research for decades, often on the effects of astronauts' muscles and bone, but also how they affect other elements, flames – they do not fix upward but make a single ball instead.

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The results are surprising. In an experiment conducted by Japan Aerospace Exploration Agency, DuChen saw a protein associated with muscular dystrophy, which mainly affects young boys and stabilizes them.

Proteins block the formation of cells, crystallize into space differently, because it is messed up more streamlined by the Earth's scaling and form. Researchers had the ability to record their new structure and to make medicines that delayed the effects of disease. Its creators claim that it can potentially double the age of patients and continue to run for 25 instead of 12.

Rich Godwin, a US company operates a space technology holder, who does research in space and applies it to a real-world market. Commercial microgravity testing is potentially a huge market, believes it and expecting bigger success as privatization. "It's not changing chemistry. It's going to change physics," he said. "It's like a microscope search."

SpaceFarma's chief executive and founder Yoshii Yamine estimates that about 30 private companies are selling microgravity experiments.

There are three main ways to do it. The first can be done by imitating weightlessness, by renting a plane on the planet and by prolonging a prolonged parabolic flight. But this process is very inaccurate and runs just a few seconds.

Space prima
(@SP_Microgravity)

How is this? # Microgrategy Feels Like Us #HeadphoneJunior #ParballLight 5 # Life Science # Experiences On board #Dubendorf #Switzerland pic.twitter.com/2JMMWScdd8


October 26, 2016

Most companies hire 250 miles of space at the International Space Station, which acts as a low-estate property agent in Earth's orbit. They make small automatic laboratories that are sent to the rocket, often when the astronauts are delivered and plugged into the walls. In this, liquids can be heated, cooled, and small automatic pumps allow customers to mix chemicals.

Spacefreedom also offers free-roaming satellites, which are rotating independently of the Earth. Its first Indian rocket was sent in 2017.

Video of the Indian Satellite Launch Mission

In a small office in Herzliya, a city with a tech hub of Israel, Nanosatile is hand-made in a plastic 3D printer and soldering table. "If you have autonomous mobile units, you can command and control it from your mobile," said Yamini, who worked for 25 years for an Ammunition satellite fleet.

The cost of each satellite is £ 2.4 million but there is enough space for 12 clients, whose experiments run simultaneously, dramatically reduces the cost. The commercial space research business is roughly half-a-billion, it is estimated. But it is betting on the market's boom.

Pharmaceutical companies are planning to create medicines in a more effective place than the space made on earth. Once this becomes a more complete protein, it can be used as a "seed" to duplicate it back to Earth. "These are the best works made in orbit," said Yamine.

The next phase in the field of micragravity is to believe that "space factories" will be where the material is made only in space.

Space Tango's chief executive Twiman Clements, which started launching the US company last year, and conducted 88 experiments in space, including a footwear commissioned by the footwear and one where the cannabis responds to other places. But now it's moving towards making products in the space and bringing them back.

"It's not just about research. It has a scalable app," Clements said, grew up on a farm in Kentucky and made his own rocket. "We look at the high-value products made in microgrategy for the earth," he said. They need to have a high value tag because they spend a lot to send content up and down.

Customers are already making fiber optic cables, which are more efficient when they are made in space. And retina implants to restore the vision of another product which can be produced in orbit, which is made from light-active proteins but does not form well on Earth under its own weight. Space tanks are seeing how they can make it in the space.

Clements said, "The next step is towards production." "It has not happened yet. Retina effect can be the first."

This article is part of a series of possible solutions to some of the world's most stubborn problems. What else should we cover? Email us at @ upguardian.com

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