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The International Space Station (ISS) gives scientists the opportunity to study the effects of space travel on human and plant tissues as well as understand how physical materials react during formation or exposure to a microgravity environment. �鶹��ý provides integrative expertise to NASA to support research and development and technology demonstrations conducted on the ISS, including a recent experiment testing a new technique for growing semimetal conductor composite crystals in microgravity. The intent is to develop these crystals into “wafers” by capitalizing on the unique physical characteristics of microgravity that reduces the potential for inconsistencies and imperfections during the formation process improving their use in electronic devices.  

For this effort, �鶹��ý employee owners work with all the stake holders (NASA project team, principal investigator (PI) team, operations team and ISS Integration team) to develop a research mission that ensures all science objectives and engineering requirements are met, and the payload is safe for ISS operations. Additionally, �鶹��ý staff support ISS crew members during real-time operations to ensure mission success. Finally, after the testing, �鶹��ý ensures delivery of the samples/ science back to the PI team for analysis.

The new material recently endured a successful mission on orbit, and the team turned over six new samples for delivery to the International Space Station. 

Visit the to learn more about the crystal wafers.