Search found 141 matches

by Gopi
Fri Mar 17, 2017 4:02 pm
Forum: Other Theories
Topic: Miles Mathis Nuclear/Bonding theory
Replies: 12
Views: 49247

Re: Miles Mathis Nuclear/Bonding theory

We start off what Miles thinks exists in protons and neutrons (baryons). That is, the way he stacks spins one on top of the other, and steadily increases the size of the corresponding particle. He takes the axis as "a" and the other three spins as "x", "y" and "z&q...
by Gopi
Tue Feb 28, 2017 8:31 am
Forum: RS2-0: Getting Started with the Reciprocal System
Topic: Question about photon energy
Replies: 11
Views: 45692

Re: Question about photon energy

There are two aspects of the photon: Real and imaginary. Larson focuses on the real part alone, so you get the clear 1, 1/2, 2/1 demarcations. But those jumps are not seen. Nehru identified that there is a scale change, so the "unit size" becomes smaller, but it still doesn't cover all of ...
by Gopi
Sun Nov 20, 2016 12:18 pm
Forum: General Discussion
Topic: Inter-Body Stability Distance
Replies: 6
Views: 15812

Re: Inter-Body Stability Distance

The trouble I was running into was the behavior of time inside and outside the bubble. If time is kept at a constant flow, then it reduces to a problem of algebra, as you showed, rossum. That was leading me to logs. Second trouble was, as I was bringing the two bubbles into contact, the bubbles them...
by Gopi
Sun Feb 14, 2016 12:48 pm
Forum: Astronomy and Cosmology
Topic: Gravitational Waves
Replies: 16
Views: 28389

Miles

Also, worth reading Miles' paper ripping it apart...

http://mileswmathis.com/liego.pdf
by Gopi
Thu Jan 14, 2016 12:35 pm
Forum: RS2-0: Getting Started with the Reciprocal System
Topic: Larsons units
Replies: 9
Views: 35328

Units of mass

Mass units can be derived in a different way from Larson's: Consider movement - s/t. In the RS where "1" is the datum, the only expression that can oppose or resist a motion is t/s, because (s/t)*(t/s) = 1. Hence, t/s is geometrically polar to s/t, rotational instead of linear, temporal in...
by Gopi
Tue Jan 12, 2016 11:06 am
Forum: Astronomy and Cosmology
Topic: Visibility of Stars and Galaxies (Problem)
Replies: 97
Views: 247678

Time trouble

Hi SoverT Nice to see that you have put in a good amount of research and are asking the questions... Given that most playing fields take a few seconds to run across, the playfield must be either far larger, the player far smaller, or something else entirely is going on... Or to put it another way, i...
by Gopi
Tue Sep 24, 2013 7:19 pm
Forum: RS2-0: Getting Started with the Reciprocal System
Topic: Reciprocity, non locality and the double slit experiment
Replies: 2
Views: 8706

General relativity and

General relativity and quantum mechanics are said to be incompatible in current theory mainly because of their starting assumptions, which are incompatible. General relativity has to do with taking the effect of scalar outward motion on the movements of the planets, while quantum mechanics has to do...
by Gopi
Tue Sep 24, 2013 7:07 pm
Forum: Life Unit Biology
Topic: Evolutionary Direction
Replies: 7
Views: 33516

Vibration

In the BST sense, Le Bon's position makes more sense, because we see life "building up" from nothing--seeds produce plants and trees... I would continue that a few steps more... seeds, produce plants and trees, which produce seeds, which produces plants and trees... so it is actually a co...
by Gopi
Fri Sep 06, 2013 2:57 pm
Forum: General Discussion
Topic: Time (Miles Mathis)
Replies: 72
Views: 112524

Update

<t>Update on Miles Mathis.<br/> <br/> After interacting with him personally, it became clear that very often we were talking about similar concepts. There is a language difference between his approach and the reciprocal system, for the most part. For those of you who might be trying to follow his pa...
by Gopi
Wed Apr 17, 2013 4:03 pm
Forum: Electricity and Electronics
Topic: The Case of Eric Dollard and Anti-Relativity
Replies: 22
Views: 77726

Thank you for the link, it is

Thank you for the link, it is VERY interesting. Will get back after reading through Dollard's material.