"Spherical positron in-wave fronts, multplying time, enfolding at right-angle's: "forming+/-breaking at every point of space" thus; virtual pair's (space) creation+/-annihilation forming square of the wave-medium in and out of existence. From a quantum perspective every instance of C has an anti-C. The quantum state of particles and anti-particles are interchanging opposing time-wave's causing the wobbly effect, by applying the charge conjugation (C), parity (P), and time reversal (T) operators.
Hey another nice video, thanks. A request and a question. Could you upload only the 3D part? I find hard to visualize that and if it were on a single video I can press replay easier.
Question: I get the basic idea but I am not able to understand why 2 objects wouldn't compenetrate if pressed together, as theirown wave actually compenetrate a lot. Or did I get it wrong maybe?
@fabbio8888 You can save the video and set start and end of loop to do this yourself.
Yes, in general waves can penetrate each other according to e/m. However at high energy densities such as near the centre of particles, the non-linear effects become substantial. These result in things kicking off each other. That distance is what is called the "particle radius" and is of the order of 1 wavelength.
I'd love to see more things like this, and maybe help out if possible. Not long after I discovered you videos and cymatics several years ago I had a revelation about the functioning of consciousness, and began building modest wave-model simulations. It's not difficult, I wonder what your approach was with this visualization? It looks like gnuplot to me :-) good software!
p.s. My father-in-law looks very close to you, and sat his first course with Goenka in California 20, 30 years ago. Funny!
@herzogsbuick You are most welcome to join in this project. Please contact me by email at ray(at)tomes(dot)biz and we can discuss. It was written in FreeBasic.
"Spherical positron in-wave fronts, multplying time, enfolding at right-angle's: "forming+/-breaking at every point of space" thus; virtual pair's (space) creation+/-annihilation forming square of the wave-medium in and out of existence. From a quantum perspective every instance of C has an anti-C. The quantum state of particles and anti-particles are interchanging opposing time-wave's causing the wobbly effect, by applying the charge conjugation (C), parity (P), and time reversal (T) operators.
KorrazonCold 2 months ago
Hey another nice video, thanks. A request and a question. Could you upload only the 3D part? I find hard to visualize that and if it were on a single video I can press replay easier.
Question: I get the basic idea but I am not able to understand why 2 objects wouldn't compenetrate if pressed together, as theirown wave actually compenetrate a lot. Or did I get it wrong maybe?
fabbio8888 1 year ago
@fabbio8888 You can save the video and set start and end of loop to do this yourself.
Yes, in general waves can penetrate each other according to e/m. However at high energy densities such as near the centre of particles, the non-linear effects become substantial. These result in things kicking off each other. That distance is what is called the "particle radius" and is of the order of 1 wavelength.
artynz 1 year ago
@DreamerMikee I have sometimes looked at yin-yang symbol and seen this type of wave structure in it.
artynz 1 year ago
Nice to see you making vids Ray, I was subbed to you for a long time under another account, I find your work fascinating.
Elenkhos 1 year ago
@Elenkhos Thanks.
artynz 1 year ago
I'd love to see more things like this, and maybe help out if possible. Not long after I discovered you videos and cymatics several years ago I had a revelation about the functioning of consciousness, and began building modest wave-model simulations. It's not difficult, I wonder what your approach was with this visualization? It looks like gnuplot to me :-) good software!
p.s. My father-in-law looks very close to you, and sat his first course with Goenka in California 20, 30 years ago. Funny!
herzogsbuick 1 year ago
@herzogsbuick You are most welcome to join in this project. Please contact me by email at ray(at)tomes(dot)biz and we can discuss. It was written in FreeBasic.
artynz 1 year ago