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List of abbreviations:
- N
- This edit created a new page (also see list of new pages)
- m
- This is a minor edit
- b
- This edit was performed by a bot
- (±123)
- The page size changed by this number of bytes
1 August 2026
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16:05 | Black Hole Engineering 2 changes history −2 [Lwcamp (2×)] | |||
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16:05 (cur | prev) −4 Lwcamp talk contribs (→Gravity Generation) | ||||
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15:16 (cur | prev) +2 Lwcamp talk contribs (→Rotating black holes) | ||||
31 July 2026
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11:50 | Warp Drives 4 changes history +3,494 [Lwcamp (4×)] | |||
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11:50 (cur | prev) +234 Lwcamp talk contribs (→All the science, demonstration of the problem) | ||||
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11:45 (cur | prev) −89 Lwcamp talk contribs (→A zero mass warp "solution") | ||||
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11:45 (cur | prev) +1,347 Lwcamp talk contribs (→A zero mass warp "solution") | ||||
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08:20 (cur | prev) +2,002 Lwcamp talk contribs (→Conservation laws) | ||||
30 July 2026
| 17:41 | Warp Drives diffhist +85 Lwcamp talk contribs (→Conservation laws) | ||||
29 July 2026
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21:25 | Warp Drives 9 changes history +6,137 [Lwcamp (9×)] | |||
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21:25 (cur | prev) −17 Lwcamp talk contribs (→Conservation laws) | ||||
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21:15 (cur | prev) 0 Lwcamp talk contribs (→Conservation laws) | ||||
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20:50 (cur | prev) −7 Lwcamp talk contribs (→Conservation laws) | ||||
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20:49 (cur | prev) +160 Lwcamp talk contribs (→Conservation laws) | ||||
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20:48 (cur | prev) +5,261 Lwcamp talk contribs (→Conservation laws) | ||||
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19:44 (cur | prev) +2 Lwcamp talk contribs (→Lentz warp drive) | ||||
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19:44 (cur | prev) +2 Lwcamp talk contribs (→Fell-Heisenberg warp drives) | ||||
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19:43 (cur | prev) +2 Lwcamp talk contribs (→Natário warp drive) | ||||
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19:43 (cur | prev) +734 Lwcamp talk contribs (→Van Den Broeck warp drive) | ||||
27 July 2026
26 July 2026
| 11:31 | File:Lapse shift.png diffhist +45 Lwcamp talk contribs (→Summary) | ||||
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11:25 | (Upload log) [Lwcamp (2×)] | |||
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11:25 Lwcamp talk contribs uploaded File:Warp shift.png (The shift vector of a warp geometry, in red. At the edges there is no shift. At the center (inside the warp bubble) there is a region of uniform shift so that at a later time the inside of the warp bubble is rigidly translated to different spatial coordinates (in blue). The two foliations remain the same distance apart, because warp drives maintain a unit lapse function.) | ||||
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11:25 Lwcamp talk contribs uploaded File:Lapse shift.png (A coordinate grid of space-time into slices of constant time coordinates (grey). At a point (black circle), the lapse function (yellow) shows how far into the future that point will be projected in a unit amount of proper time experienced by an observer initially at the point. The shift vector (red) shows how that point changes coordinates after the unit amount of proper time. The cyan vector shows the new coordinates the point is projected onto. The lower black surface indicates a set of poi...) | ||||
