Measuring Time Travel - Revision history

Cyclops at 03:40, 5 June 2020

2020-06-05T03:40:18Z

← Older revision		Revision as of 03:40, 5 June 2020
Line 1:		Line 1:
	The measurement of time travel uses the unit ''San'' with a symbol of ''ṩ'' which measures the rate of change of the flow of time. This measures the change of time in an enclosed bubble of space-time relative to the surrounding change of time outside the bubble. Measured in seconds per second as velocity of the flow of time.		The measurement of time travel uses the unit ''San'' with a symbol of ''ṩ'' which measures the rate of change of the flow of time. This measures the change of time in an enclosed bubble of space-time relative to the surrounding change of time outside the bubble. Measured in seconds per second as velocity of the flow of time.

	[[File:san-eq.png]]		[[File:san-eq.png\|center]]

	Most commonly it is written as simply a number, which is the number of seconds which pass in real-space for every second passing in null-space. The measurement was developed for use with the [[Dimensional Fold Drive]] (DFD) but can be cross applied to any form of time travel to compare scale.		Most commonly it is written as simply a number, which is the number of seconds which pass in real-space for every second passing in null-space. The measurement was developed for use with the [[Dimensional Fold Drive]] (DFD) but can be cross applied to any form of time travel to compare scale.
Line 8:		Line 8:
	The T-Factor measures the rate at which a vessel within a dimensional fold bubble (or anything really) moves through time based on the DFD field geometry. The resulting measurement is measured in Sans.		The T-Factor measures the rate at which a vessel within a dimensional fold bubble (or anything really) moves through time based on the DFD field geometry. The resulting measurement is measured in Sans.

	[[File:DFD-Time.png]]		[[File:DFD-Time.png\|center]]

	For instance, a T-Factor of 1 yields roughly 70.11 seconds passing outside null-space relative to 1 second passing inside null-space. Thus the speed of the time travel is 70.11 Sans.		For instance, a T-Factor of 1 yields roughly 70.11 seconds passing outside null-space relative to 1 second passing inside null-space. Thus the speed of the time travel is 70.11 Sans.

	[[Category:Blazing Umbra]]		[[Category:Blazing Umbra]]

Cyclops at 03:39, 5 June 2020

2020-06-05T03:39:36Z

← Older revision		Revision as of 03:39, 5 June 2020
Line 7:		Line 7:
	== T-Factor ==		== T-Factor ==
	The T-Factor measures the rate at which a vessel within a dimensional fold bubble (or anything really) moves through time based on the DFD field geometry. The resulting measurement is measured in Sans.		The T-Factor measures the rate at which a vessel within a dimensional fold bubble (or anything really) moves through time based on the DFD field geometry. The resulting measurement is measured in Sans.

	[[File:DFD-Time.png]]		[[File:DFD-Time.png]]

Cyclops: Created page with "The measurement of time travel uses the unit ''San'' with a symbol of ''ṩ'' which measures the rate of change of the flow of time. This measures the change of time in an en..."

2020-06-05T03:39:16Z

Created page with "The measurement of time travel uses the unit ''San'' with a symbol of ''ṩ'' which measures the rate of change of the flow of time. This measures the change of time in an en..."

New page

The measurement of time travel uses the unit ''San'' with a symbol of ''ṩ'' which measures the rate of change of the flow of time. This measures the change of time in an enclosed bubble of space-time relative to the surrounding change of time outside the bubble. Measured in seconds per second as velocity of the flow of time.

[[File:san-eq.png]]

Most commonly it is written as simply a number, which is the number of seconds which pass in real-space for every second passing in null-space. The measurement was developed for use with the [[Dimensional Fold Drive]] (DFD) but can be cross applied to any form of time travel to compare scale.

== T-Factor ==
The T-Factor measures the rate at which a vessel within a dimensional fold bubble (or anything really) moves through time based on the DFD field geometry. The resulting measurement is measured in Sans.
[[File:DFD-Time.png]]

For instance, a T-Factor of 1 yields roughly 70.11 seconds passing outside null-space relative to 1 second passing inside null-space. Thus the speed of the time travel is 70.11 Sans.

[[Category:Blazing Umbra]]