Purdue University Expands 2027 Suborbital Flight with Quantum and In-Space Manufacturing Experiments
Purdue University is set to enhance its 2027 suborbital flight mission by integrating autonomous experiments in quantum technology and in-space chip manufacturing aboard the Purdue 1 spacecraft, operated by Virgin Galactic. The mission will include research lockers for these experiments and two microgravity studies conducted by a five-member crew, aiming to advance semiconductor production and quantum positioning systems. This initiative underscores Purdue's commitment to expanding academic access to space and fostering innovative research.
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Purdue University is enhancing the all-Boilermaker suborbital flight mission scheduled for 2027 by incorporating autonomous experiments in quantum technology and in-space chip manufacturing aboard the Purdue 1 spacecraft, operated by Virgin Galactic. The mission will feature research lockers for these experiments alongside two microgravity studies conducted by a five-member crew, including Purdue researchers.
The in-space manufacturing experiment aims to use laser-assisted techniques for semiconductor production, expanding Purdue's leadership in convergent manufacturing science. Concurrently, a quantum experiment will investigate laser-cooled rubidium atoms to advance quantum positioning and navigation systems for future explorations. The mission, expected to launch next year, exemplifies Purdue's commitment to academic access to space and innovative research.
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