Difference between revisions of "Both 3-space and 3-time exist"
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Infomaniac (talk | contribs) (Created page with "{{category:Joe's observations}} ;According to David Wilcock: * 3+1 and 1+3 both exist. Note similarity: RST universe of motion shows motion to have two inversely-related,...") |
(The privileged character of 3+1 spacetime) |
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In GA, the imaginary number <math>i</math> has an operational function of duality. - transform a pseudoscalar 3-space into a scalar virtual space and v. versa. | In GA, the imaginary number <math>i</math> has an operational function of duality. - transform a pseudoscalar 3-space into a scalar virtual space and v. versa. | ||
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| + | == See also == | ||
| + | *[[W:Time-space#Privileged character of 3+1 spacetime|The privileged character of 3+1 spacetime]] ''- only 3+1 or 1+3 (space-time or time-space) are workable'' | ||
| + | *[[Physical space]] | ||
{{tags|RST|GA|David Wilcock|spacetime|virtual space}} | {{tags|RST|GA|David Wilcock|spacetime|virtual space}} | ||
Latest revision as of 23:32, 16 December 2010
- According to David Wilcock
- 3+1 and 1+3 both exist. Note similarity:
RST universe of motion shows motion to have two inversely-related, but isomorphic aspects. Expressed in terms of GA, 3-space is pseudoscalar whereas 3-time is only observable from our material frame of reference as a scalar. This is because it is transformed from 3-time + 1-space domain into a virtual space (analog of imaginary space) by observations from our "physical" domain.
The transformation is via the nexus between the two domains, i.e. singularity. 1-space or 1-time is only apparently 1-D because it is transformed into scalar.
In GA, the imaginary number [math]i[/math] has an operational function of duality. - transform a pseudoscalar 3-space into a scalar virtual space and v. versa.
See also
- The privileged character of 3+1 spacetime - only 3+1 or 1+3 (space-time or time-space) are workable
- Physical space
