Synopsys Expands NASA Artemis Support with Spacesuit and Lunar Network Simulations
Event summary
- Synopsys and EMA are researching Artemis spacesuit charging levels due to lunar environment exposure, addressing risks from triboelectrification and electrostatic discharge.
- Cesium and Synopsys are collaborating with NASA to validate cellular network performance on the Moon using digital twin technology.
- NASA engineers are leveraging Synopsys' electromagnetic simulation solutions to analyze antenna performance on spacesuits and rovers during simulated lunar missions.
- Ansys Charge Plus™ software is being used to evaluate spacesuit materials and layered stack-ups across relevant lunar plasma conditions.
- The Lunar 3GPP team is using Synopsys' digital mission engineering environment to visualize and validate RF coverage on the Moon.
The big picture
Synopsys' collaboration with NASA and its partners underscores the growing importance of digital engineering technologies in space exploration. The ability to model, test, and refine designs virtually before hardware is built is crucial for reducing risk and accelerating innovation in the Artemis program. This strategic support positions Synopsys as a key player in the development of sustainable lunar surface operations and future exploration missions.
What we're watching
- Technical Validation
- How the integrated simulation-and-test workflow will impact the identification of worst-case charging conditions and material stack-ups for astronaut safety.
- Lunar Network Development
- Whether the digital twin technology can effectively validate RF coverage and ensure mission-critical connectivity before hardware deployment.
- Mission Planning
- The pace at which the insights from RF coverage visualization will inform radio placement and identify potential shadow zones on the Moon.
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