UNSC Astrophysics Journal 034-23-01: Difference between revisions
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==Transcript of Journal 034-23-01== | ==Transcript of Journal 034-23-01== | ||
'''[[UNSC Astrophysics|United Nations Space Command Astrophysics]] Journal''' | |||
'''[[UNSC Astrophysics|United Nations Space Command Astrophysics]] Journal ''' | |||
034-23-01 | 034-23-01 | ||
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'''Abstract:''' The space-bending properties of mass in normal space are well described by [[wikipedia:Albert | '''Abstract:''' The space-bending properties of mass in normal space are well described by [[wikipedia:Albert Einstein|Einstein]]'s general relativity. Such distortions, however, are complicated by the anomalous quantum gravitational effects in Shaw-Fujikawa (SF) spaces. Using loop-string analysis, it can be shown that a large mass bends space in SF space more than general relativity predicts by an order of magnitude. This bending may explain how several objects clustered closely together in SF space have been reported erroneously as a single larger mass. | ||
Press '''ENTER''' to continue. | Press '''ENTER''' to continue. | ||
Revision as of 10:31, January 3, 2020
UNSC Astrophysics Journal 034-23-01 was used by Commander Jacob Keyes to determine that Covenant warships were inbound for the human colony of Sigma Octanus IV. It was written by Lieutenant Commander Fhajad-084, a former SPARTAN-II candidate.[1]
Transcript of Journal 034-23-01
United Nations Space Command Astrophysics Journal 034-23-01
Date: May 09, 2540 (Military Calendar)
Encryption Code: None
Public Key: NA
Author(s): Lieutenant Commander Fhajad-084 (Service number [CLASSIFIED]), UNSC Office of Naval Intelligence.
Subject: Dimensional-Mass Space Compressions in Shaw-Fujikawa (a.k.a. "Slipstream") Space.
Classification: NA
/start file/
Abstract: The space-bending properties of mass in normal space are well described by Einstein's general relativity. Such distortions, however, are complicated by the anomalous quantum gravitational effects in Shaw-Fujikawa (SF) spaces. Using loop-string analysis, it can be shown that a large mass bends space in SF space more than general relativity predicts by an order of magnitude. This bending may explain how several objects clustered closely together in SF space have been reported erroneously as a single larger mass.
Press ENTER to continue.
Sources
- ^ Halo: The Fall of Reach, Chapter 16
