Physical Address
304 North Cardinal St.
Dorchester Center, MA 02124
Jessica Frick wants build stoves in space. His company is a cargo-based astral materials, medicine, semiconductors and more vehicles that can be used in orbit, which can be used. Or, “We build a box that makes money in space.”
Scientists have long suggested that the Earth’s orbit’s Micronavrity environment allows the production of higher quality products than it is possible. Astronauts had an intern crystalElectronic circuit, in early 1973, a very important component at the SKYLAB Space Station of NASA. But the progress was slow. For decades, space production has been more experimented than advertising.
All set up to change. A presenter of new companies, united in the way to return to earth, uses low costs to start space. The area receives esmier in the field, Mike Curtis-Rouse, the head of the British Orbit Service, Assembly, Assembly and Production of the British Research Organization in Satellite. It adds that by 2035, “The waiting, the global space economy will be a multiitrillion dollar industry, probably in about $ 100 billion.”
The simplest, in space production, belongs to something that can be used on earth or space in space. The lack of weight allows unique production processes that cannot be repeated on earth thanks to the physics of nearby interest.
Such a process is the growth of crystals playing a vital role Semiconductor production. Engineers on earth are highly pure, small, silicone seed crystal and immortal silicone to create a larger crystal in the electrons and can be used in electrons. However, the impact on the weight growth process can apply impurities. “Silicone now has an unresolved problem,” he says, Britain’s company Coshua Western of the company of Space Forge. “We basically unable to make it cleaner.”
The growth of these crystals in space can lead to pure gaps, the West said: “You can press the reset button for the fact that we think that the semiconductor is the limit.”
The applications of crystalline growth are not limited to semiconductors, but higher quality pharmaceutical and other materials can also cause scientific copies.
Other products made in space can be produced with similar benefits. It was announced in China in China No groundwormless new metal alloy At the Tiangong Space Station, which is lighter and stronger than the comparable alloys on the ground. The unique environment of low weight can offer new opportunities in medical research. “When you close the weight, you can invent something like an organ,” Mike Gold has been in a Florida-based company in the International Space Station for years, Mike Gold in Redwire. “If you try to do this on earth, it would be annoyed.”
The main problem for space production is to really return to the earth in a way that produces equipment for equipment and products in the earth. But Spacex has rockets like Shahin 9 The cost has decreased sharply To get space including combined capsules, including Space Forge and California firm Space Industries return the materials to the ground.
Versa, to demonstrate the two mission to demonstrate this ability, conducted two missions in the desert and the capsule to land on the outskirts of Australia. In the first mission last year, the company grew the crystals successfully An antiviral medicine called Ritonavir. Eric Lasker, Varda’s General Officer, market potential and health benefits can be “very dramatic” for such products. “It really can help people here,” he says.
As Obital production opportunities increase in the coming years, the work can be strengthened rapidly. “I will not be like factories in space in orbit,” said Lasker. “You are preparing to see ready-made stations or vehicles. It is not very difficult to see this future.”
This is still the future. Currently, space production still says “It looks like a innovation”, but “I think very fast, it will be seen as a job in 10 years, as usual.”
