Search found 165 matches

by dbundy
Fri Nov 15, 2019 2:11 pm
Forum: LRC Research
Topic: Discussions on Scalar Motion Fundamentals
Replies: 11
Views: 718

Re: Discussions on Scalar Motion Fundamentals

...but not your time ! The radius and circumference changes over the time of the observer, not of the observee. The observee cannot observe itself at a unit level. Well, it's hard to see what you're driving at. It's not as if any observation could be made, of course. However, we can conceive of a c...
by dbundy
Fri Nov 15, 2019 4:22 am
Forum: LRC Research
Topic: Discussions on Scalar Motion Fundamentals
Replies: 11
Views: 718

Re: Discussions on Scalar Motion Fundamentals

Yeah, it's back to Mach's principle, and the argument with Newton's concept of absolute space. It's true that the inside observer cannot detect the rotation of a bucket without an external reference of some kind. However, this is not true with expansion/contraction motion, since the change is intern...
by dbundy
Mon Nov 11, 2019 2:15 pm
Forum: LRC Research
Topic: Discussions on Scalar Motion Fundamentals
Replies: 11
Views: 718

Re: Discussions on Scalar Motion Fundamentals

No, I don't think I can, unless you are not making the distinction between vectorial direction and scalar "direction," where the latter would be interpreted as a 3d increase, decrease (8 units out, 8 units in; i.e. the oscillation in 2 3 = 8 "directions" of the space aspect)) over a 1d increase, inc...
by dbundy
Sat Nov 09, 2019 6:05 am
Forum: LRC Research
Topic: Discussions on Scalar Motion Fundamentals
Replies: 11
Views: 718

Re: Discussions on Scalar Motion Fundamentals

Ok, I'm game. Let's do it. :)
by dbundy
Thu Nov 07, 2019 4:38 pm
Forum: LRC Research
Topic: Discussions on Scalar Motion Fundamentals
Replies: 11
Views: 718

Re: Discussions on Scalar Motion Fundamentals

Horace wants to discuss some of the fundamental issues of scalar motion and I think it's a great idea, but it needs to have it's own topic, as it could prove to be quite lengthy. So, this is the topic and I've copied the previous posts to start us off: Over the years, I've considered the possibility...
by dbundy
Thu Nov 07, 2019 4:32 pm
Forum: LRC Research
Topic: Discussions on Scalar Motion Fundamentals
Replies: 11
Views: 718

Discussions on Scalar Motion Fundamentals

Horace wants to discuss the fundamental concepts of scalar motion, and I think it's a great idea, so I would like the discussion to have it's own topic, so it'll be easier to follow and not interfere with the flow of existing topics.
by dbundy
Thu Nov 07, 2019 4:21 pm
Forum: LRC Research
Topic: Meeting a Terrific Challenge
Replies: 108
Views: 47847

Re: Meeting a Terrific Challenge

Hoarce wrote: For starters: In order to have an oscillation of any kind, you need at least two units of motion. Do you agree ? For example, one unit of motion: +ΔS1 | +ΔT1 and a second unit of motion: -ΔS2 | +ΔT2. ...where the two consecutive signs ' + ' and ' - ' indicate the reversal. Yes, I agree...
by dbundy
Sat Nov 02, 2019 10:46 am
Forum: LRC Research
Topic: Meeting a Terrific Challenge
Replies: 108
Views: 47847

Re: Meeting a Terrific Challenge

Over the years, I've considered the possibility of a simultaneous oscillation of both the space and time aspects of an S unit or a T unit, but I have never been able to get anywhere with the idea. Only in the combination of the two into an S|T unit, where one or the other aspect of the S or T motion...
by dbundy
Wed Oct 30, 2019 8:57 am
Forum: LRC Research
Topic: Meeting a Terrific Challenge
Replies: 108
Views: 47847

Re: Meeting a Terrific Challenge

Hi Horace, You wrote: For starters, green diagonal arrows zig-zaging horizontally are not the same as green horizontal arrows. Please be precise in your geometric expressions. IMO these diagonal-green arrows are redundant on your diagram because the directions of the small horizontal blue arrows and...
by dbundy
Thu Oct 24, 2019 9:09 am
Forum: LRC Research
Topic: The Search for a Crucial Experiment
Replies: 7
Views: 1440

Re: The Search for a Crucial Experiment

Before we do the numbers, we can show how the three configurations of the quarks combine with the electron to form the first atom, Deuterium. However, the use of the three primary colors, by the LST community's theory, to represent what we recognize as the three (four counting 0) dimensions of the t...