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Imagine a world with humanoid robots translating languages, landspeeders whizzing down the highway, and X-wing Starfighters protecting the skies. Could these technologies, limited only to the fantasy worlds of Star Wars™, actually become a reality?
Find out as Discovery Science Center hosts an out-of-this-world exhibit, Star Wars: Where Science Meets Imagination, presented by Bose Corporation.
- Build and test your own speeders and robots
- Ride a hovercraft and try your hand at steering
- See real artifacts, costumes and props from all six Star Wars films
- Explore the technology of droids and landspeeders
- And much more!
MEMBERS - Star Wars: Where Science Meets Imagination Tickets
- At the Door: $8/member
- Online: $6/member
- Millennium Falcon Experience: $5/member*
NON-MEMBERS – Star Wars: Where Science Meets Imagination Tickets
Admission Package w/Star Wars: $22.95 (ages 3 & up)
Millennium Falcon Experience: $5/person*
Millennium Falcon Experience
Experience a virtual jump to lightspeed in a full-size replica of the cockpit of Star Wars Episode IV’s Millennium Falcon as a multimedia presentation explores what we know about our own galaxy in a breathtaking ride to the edge of the Universe. This experience is $5 after general admission.
*Millennium Falcon experience is not included in Star Wars exhibit tickets. Millennium Falcon experience is a separate $5 ticket that must be purchased at Discovery Science Center’s front desk. Availability is limited for this experience; please arrive early to reserve your tickets.
**Unlimited access during normal operating hours only. Millennium Falcon experience is not included in Jedi Pass.
Star Wars: Where Science Meets Imagination, presented by Bose Corporation, was developed by the Museum of Science, Boston and Lucasfilm Ltd. Star Wars objects in this exhibition are on loan from the Archives of Lucafilm Ltd.
The exhibition is made possible through the cooperation of Lucasfilm Ltd.
© 2011 Lucasfilm Ltd. & TM. All Rights Reserved.
This material is based upon work supported by a grant from the National Science Foundation under Grant No. 0307875. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.