Occasion Particulars
Payload Weblog
Star Trek: Exactly where Science Meets Imagination
Jun 02, 2023 11:00 AM
Universe Theater
Consideration Star Trek fans! Kennedy Space Center Visitor Complicated is hosting some Star Trek and NASA VIPs for a unique panel entitled “How Science Fiction Has Impacted Space Exploration and Policy” at 11:00 AM on Friday, June two. Science fiction has inspired actual space exploration projects which includes the launch of SpaceX CRS-28, which will carry revolutionary solar array technologies (iROSA) science experiments and supplies to the International Space Station. Shows like Star Trek have also influenced and inspired quite a few scientists, engineers, and other specialists at NASA to join the space field. This panel combines these who are imagining the future with these that are actively constructing it, exploring synergies among the two. Join us, and prepare to boldly with a one of a kind panel discussion that combines science and storytelling!
Please Note: Seating in Universe Theater is restricted, offered on a very first come, very first served basis.
The panelists include things like:
Jess Bush
Visual Artist & Actress
Star Trek: Strange New Globe
Morgan Gendel
A.C. Charania
NASA Chief Technologist
Mike Gold
Moderator
Chief Development Officer for Redwire
The “How Science Fiction Has Impacted Space Exploration and Policy” panel is integrated with admission. Obtain a two-Day Admission ticket and see the CRS-28 launch the following day for only $45 per day.
Purchase ADMISSION
Star Trek: Exactly where Science Meets Imagination
E-mail Newsletter
Understand additional about the greatest space adventure on Earth, with exclusive news on rocket launches, astronaut appearances and thrilling space-connected events.
Kennedy Space Center Visitor Complicated is operated for NASA by Delaware North and is totally visitor-funded.
Pictures shown may possibly not represent present operational and security suggestions.
Kennedy Space Center Visitor Complicated, Space Commerce Way,
Merritt Island, FL 32953