Station
Similar stations in Matyar
Surface Port - 30 Ls
Myakka Minutemen of Matyar
Shatner Terminal
Outpost (Civilian) - 30 Ls
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Klink Landing
Surface Port - 49 Ls
Explorer on Tour
Arnarson Enterprise
Outpost (Civilian) - 50 Ls
Myakka Minutemen of Matyar
Naddoddur Terminal
Outpost (Civilian) - 73 Ls
Myakka Minutemen of Matyar
Stillman Station
Starport (Orbis) - 89 Ls
Myakka Minutemen of Matyar
Bass Relay
Surface Port - 120 Ls
Myakka Minutemen of Matyar
Witt Station
Starport (Ocellus) - 147 Ls
Myakka Minutemen of Matyar
Robinson's Progress
Surface Station - 222 Ls
Explorer on Tour
Gordon Beacon
Surface Port - 276 Ls
Matyar First
Gordon Survey
Surface Port - 276 Ls
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Galpedia
John G. Cramer
John G. Cramer (born October 24, 1934) is a professor of physics at the University of Washington in Seattle, the United States. When not teaching, he works with the STAR (Solenoidal Tracker At RHIC) detector at the new Relativistic Heavy Ion Collider (RHIC) at Brookhaven National Laboratory, and the particle accelerator at CERN in Geneva, Switzerland. He is currently engaged in experiments at the University of Washington to test retrocausality by using a version of the delayed choice quantum eraser without coincidence counting. This experiment, if successful, would imply that entanglement can be used to send a signal instantaneously between two distant locations (or a message backwards in time from the apparatus to itself). Such "spooky communication" experiments have never been successfully conducted, and only attempted a limited number of times, since most physicists believe that they would violate the no-communication theorem. However, a small number of scientists (Cramer among them) believe that there is no physical law prohibiting such communication.
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