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Eric Schmidt apparently bought Relativity Space to put data centers in orbit

GettyImages 2136253901

GettyImages 2136253901

“This probably helps to explain why Schmidt bought a relationship space,” I commented On the social media site X after Schmid’s remarks. A day later, shalt Replied with the same word“Yes.”

Relationships are very few US launch companies that either have big rockets or are developing. The options for space entrepreneurs who want to control their place are limited. Space X and Blue Origan are already owned by billionaires who have a total decision -making option. The United Launch Alliance’s Wilkan rocket is expensive, and its current manifestation is already very long. The rocket lab’s neutron vehicle is coming soon, but it may not be so large for the ambitions of the Schmidt.

This is a place of relationship, which can be partially in the years to blow up the prevailing Tiran R rocket. If fully realized, Taryn R will be a beastly launching vehicle capable of launching 33.5 metric tons in low ground orbit in costs-more than fully upgraded Wilkan Sentor and 23.5 tonnes with a reusable first phase. If you were a billionaire who wanted to put big data centers into space and wanted control of the launch, the relative is probably the only game in the city.

As ARS has previously reported, there are Some coffee flaws Along with a relationship approach to the development of Terran R, however, none of them can be determined by extra money, and Schmidt has brought it to the company over the past half year.

Big problems, big ideas

Schmidt does not have the wealth of Elon Kasturi or Jeff Bezos. Has his personal good fortune About $ 20 billionSo almost reduce a severity order. This shows that, according to sources in the financial industry, Schmidt is currently looking for additional partners to ban a revival relative.

Solution to the launch. One of the challenges facing this idea. How big will these data centers be? Where will they go to the orbit of the lowly downs rapidly? Can space -based solar energy meet their energy needs? Can all this heat be spread effectively in space? Economically, would none of it mean?

These are not easy questions. But it is true that the current pace of power and environmental requirements created by AI data centers is unstable. It is good that someone is thinking about solving major problems.

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