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This mission validates the TriPleX photonic chip's resilience against space radiation and temperature extremes, a critical step toward detecting biosignatures on distant ocean worlds like Enceladus. By demonstrating compact refractive index sensing in orbit, the project advances miniaturized instrumentation essential for future planetary exploration missions targeting extraterrestrial life.
TU Delft satellite carries first TriPleX chip to space
A TU Delft-built satellite will carry the first TriPleX photonic chip to space, demonstrating a novel sensing system for future planetary exploration.
Twenty years after initially developing the Life Marker Chip for the European Space Agency’s Mars exploration program, TU Delft is preparing to test a successor in orbit, the company says. The upcoming PocketQube mission will carry the TriPleX photonic chip, core technology of the Life Marker Chip for origin of life (LMC OOL) programme, into space for the first time. Researchers aim to assess the chip’s stability under real space conditions, an important step toward future…
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