#USA #ISS National Lab #SpaceX #Kennedy Space Center #Northrop Grumman

Upcoming ISS Mission: A Webinar to Explore Groundbreaking Research

The International Space Station (ISS) serves as a unique platform for scientific research and technological advancements that cannot be replicated on Earth. On September 10, a special webinar will be hosted by the ISS National Laboratory in collaboration with NASA to provide insights into the upcoming Northrop Grumman CRS-23 mission. This mission, set to be launched by SpaceX, is not just a routine resupply; it carries essential research that could potentially benefit both life in space and on our planet.

The CRS-23 Mission: What's On Board?

The CRS-23 mission will feature an impressive array of research projects, including some groundbreaking investigations supported by the ISS National Laboratory. Noteworthy studies include research into germicidal biotechnologies, enhanced in-space manufacturing for therapeutics, and innovative technologies for space debris removal. This mission represents a leap forward in multiple domains, aimed at cutting-edge solutions to pressing challenges.

Research Highlights

During the webinar, attendees will learn about various notable projects:

• - Germicidal Ultraviolet Light Studies: Conducted by Paul Westerhoff from Arizona State University, this project investigates the use of germicidal UV light to mitigate biofilm formation in space-based water systems. This research could lead to improved life support systems and minimize issues related to biofilms on Earth.
• - Crystallization of Organic Molecules: Robert Garmise from Bristol Myers Squibb will discuss utilizing Redwire Space's PIL-BOX to crystallize small organic molecules. Building on previous investigations, this could enhance medication production capabilities on Earth.
• - Space Debris Management: Joel Sercel and Mike Lewis will introduce a project testing a novel system for capturing and controlling space debris using Voyager Technologies' Bishop Airlock. This could pave the way for safer orbital paths and efficient end-of-life disposal options for satellites.
• - Advanced Fuel Storage: Conducted by Mohammad Kassemi at Case Western Reserve University, this NASA-sponsored research aims to explore how gaseous substances that do not condense might improve fuel storage in tanks for future long-term space missions.

Attend the Webinar

To join this enlightening session, media representatives must register for the Zoom meeting at least one hour in advance. The webinar will be recorded and later accessible on the ISS National Lab's YouTube channel. Moreover, the public is encouraged to send in questions for the research teams through the ISS National Lab and NASA's social media handles.

During the webinar, Phillip Irace, the science program director for the ISS National Lab, along with Liz Warren, associate chief scientist for NASA's ISS Program, will share valuable insights and address inquiries from the registered media. Notable panelists will join to shed light on their individual research projects and their significance in the context of the ISS.

Conclusion

The Northrop Grumman CRS-23 mission, scheduled for no earlier than September 14, 2025, from the Cape Canaveral Space Force Station in Florida, promises to be a showcase of innovation and collaboration in space research. By leveraging the unique microgravity environment of the ISS, researchers are taking significant steps toward addressing some of humanity’s most pressing challenges. Don't miss out on this opportunity to learn more about the incredible work being done in space. To stay updated and explore how this research might improve life on Earth, visit the ISS National Lab's website.

For further information on this mission and access to previous webinars, you can visit the ISS National Lab's official site.