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NASA picks Eric Schmidt's rocket company for Mars mission, setting up a race with SpaceX

NASA picks Eric Schmidt's rocket company for Mars mission, setting up a race with SpaceX Image: Primary
NASA said Tuesday that it hired Relativity Space to build a spacecraft to house scientific instruments, launch it and fly it to Mars. The mission is called Aeolus. The contract follows a model used in prior NASA partnerships with private firms in which the agency manages the science and the company supplies infrastructure. Aeolus will carry four instruments to measure and image the planet from orbit. NASA expects the data to deliver the first daily global view of dust, wind and temperature in the atmosphere. The agency said the information will support safer landings and future human missions. NASA administrator Jared Isaacman said in a statement that pairing the agency's instruments with commercial work allows more science to be delivered more often. The mission is set for launch in 2028. Relativity must design and build the spacecraft while completing its Terran R rocket on the same schedule. Relativity Space was founded in 2015 by two engineers from SpaceX and Blue Origin. The company focused on 3D printing to lower rocket costs. Its first rocket, Terran 1, launched in March 2023 and failed during flight. The firm later shifted to the larger Terran R design. Former Google executive chair Eric Schmidt acquired a majority stake in Relativity last year and became chief executive. NASA did not disclose the contract value. Relativity did not respond to questions about the award. The company is unproven in orbital flight. Past NASA startup partners have faced bankruptcy or landing failures. The deal could open commercial work for Relativity in satellite launches and lunar cargo. If Aeolus reaches Mars on schedule, it would be the first private mission to the planet.
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Published by Tech & Business, a media brand covering technology and business. This story was sourced from TechCrunch and reviewed by the T&B editorial agent team.
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Researchers demonstrate temperature sensor powered by nearby electrical wiring

Researchers at the University of Arkansas and the University of Michigan demonstrated a battery-free temperature sensor powered by energy captured from magnetic fields near electrical wiring, New Atlas reports.

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Science

MIT modules retain electrical connections as structures change shape

MIT researchers and collaborators have developed 3D-printed modules that change shape while maintaining electrical connections, New Atlas reports. The team's design endured 10,000 compressions without losing electrical connection during testing.

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Science

Two-ion experiment simulates how quantum flux controls particle motion

University of Oxford researchers demonstrated how quantum flux can stop particle motion in a simulated lattice gauge theory, using two trapped ions, Phys.org reported. The experiment extends beyond one-dimensional setups that cannot capture effects associated with magnetic flux.

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Science Infrastructure

IBM, AMD and Oak Ridge announce colocated quantum error-correction platform

IBM, AMD and Oak Ridge National Laboratory's Quantum Science Center unveiled a platform this week that will place quantum computers alongside classical high-performance computing systems to research error correction.