Search found 1288 matches

by bperet
Wed Oct 13, 2004 5:31 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Re: Platonic Solids :: Quantum Numbers; 3/19/2003

<t>Attached are a couple images:<br/> <br/> DoubleRot.jpg is the rotation transformation that produced the tetrahedron, which made me wonder about the rotational distribution being polyhedral. It is produced by two planar (double) rotations. This result was harmonically unstable, and violated parity...
by bperet
Wed Oct 13, 2004 5:28 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Re: Platonic Solids :: Quantum Numbers; 3/19/2003

<t>Hello Nehru,<br/> <br/> “1/2h” should be “1/2ħ” (please see Eq. , ‘Particle in the Box’). In “!1/2h (Trot)” above what does ‘!’ stand for? What is “Trot”?<br/> <br/> T(rot) = the total rotational kinetic energy that you mentioned in the paragraph above. It looks like I missed putting the "subscri...
by bperet
Wed Oct 13, 2004 5:18 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Re: Rotational Coord System; 3/18/2003

Dear Nehru,

I hope you can follow this... I'm not the best at explaining things at times!

See attached.

Bruce
by bperet
Wed Oct 13, 2004 5:11 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Re: Genesis of 'mass'; 3/16/2003

Hi Nehru, I have been deriving a computer model from my "Ancients" experience, and it has been turning up some things that might be relevant to our goals. First, I have some questions for you: 1) Motion in the time region is rotationally distributed in the time-space region, correct? 2) Is...
by bperet
Wed Oct 13, 2004 4:54 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Re: The Imaginary Operator(s); 3/13/2003

<t>Nehru,<br/> <br/> Thanks for taking the time to write that. It was immense help. Until now, I never understood why you used three different operators that all had the same value.<br/> <br/> ><br/> <br/> I'm not sure what I mean by it, either. Since it was in a quasi-dream state, it would have bee...
by bperet
Wed Oct 13, 2004 4:45 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

4D Quaternion rotation; 3/11/2003

<r>Here is an excellent computer and mathematical description on how to get 4-dimensional rotation from a quaternion. I'm still going over it, but it looks quite promising. (Q47 starts quaternions).<br/> <br/> <URL url="http://skal.planet-d.net/demo/matrixfaq.htm">http://skal.planet-d.net/demo/matri...
by bperet
Wed Oct 13, 2004 4:43 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Regional Dimensionality; 3/11/2003

<t>Hi Nehru,<br/> <br/> I think I figured out the dimensional relationship between the time-space and time region. Referring to the attached diagram, consider a "unit" of space to be a cube of "unit radius", such that it forms 8 adjacent cubes (the atomic unit boundary is the inscribed unit sphere)....
by bperet
Wed Oct 13, 2004 4:38 pm
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

More serendipity? -- 3/11/2003

<t>(some personal stuff omitted)...<br/> <br/> I just finished typing in my notes from this "archive of the Ancients", and will attach them for you to review. Worth a look, if just to introduce some new ideas.<br/> <br/> > My question regarding the image of the water molecule<br/> <br/> > is: are we...
by bperet
Wed Oct 13, 2004 4:32 pm
Forum: General Discussion
Topic: The Conjugate Sector
Replies: 1
Views: 5943

Re: Conjugate sector

k_nehru wrote: Sometimes it might be misleading to call the Cosmic Sector the ‘inverse’ Sector. This is because the phenomena of that Sector are really the ANALOGS (or CONJUGATES) of the corresponding Material Sector phenomena. This is a very good point, Nehru. I will refer to the Cosmic sector as ...
by bperet
Thu Oct 07, 2004 11:10 am
Forum: General Discussion
Topic: Time Region Speeds
Replies: 77
Views: 116358

Time Region Speeds 8; 3/9/2003

<t>Hi Nehru,<br/> <br/> I'm laid up sick in bed with influenza, so my mind isn't really working too well right now. Some quick responses:<br/> <br/> ><br/> <br/> If you interpolate the sequence, you can find the missing columns.<br/> <br/> For a rotational depth of "1", the "left column" contains th...