Synchrotron radiation: Difference between revisions
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==Notes== | ==Notes== | ||
[[w:Synchrotron radiation|Synchrotron radiation]] (as noted on Wikipedia) is a genuine phenomenon that occurs from near-faster-than-light particles that are pushed through intense magnetic fields. Gas giants such as the planet Jupiter have large magnetic fields. | *[[w:Synchrotron radiation|Synchrotron radiation]] (as noted on Wikipedia) is a genuine phenomenon that occurs from near-faster-than-light particles that are pushed through intense magnetic fields. Gas giants such as the planet Jupiter have large magnetic fields. | ||
[[Category:A to Z|Synchrotron radiation]] | [[Category:A to Z|Synchrotron radiation]] | ||
Revision as of 16:06, 9 March 2007
Synchrotron radiation generated by large celestial bodies such as gas giant planets will affect the performance and accuracy of DRADIS.
After Starbuck believes she has spotted an Cylon fighter while on CAP over an unnamed gas giant, Colonel Saul Tigh (on Galactica) notes that the synchrotron radiation around the planet will make it hard for them to verify a valid target (Maelstrom).
Notes
- Synchrotron radiation (as noted on Wikipedia) is a genuine phenomenon that occurs from near-faster-than-light particles that are pushed through intense magnetic fields. Gas giants such as the planet Jupiter have large magnetic fields.