Intersecting Waves

Visit http://www.avantgravity.com/ for my higher-res animation portfolio. I just created a visual experiment to observe the effect of passing six sine wave deformers (two along each axis, in opposing directions) through an expanding sphere. Along each axis, the wavelength ratio of each wave and its opposing reflection is 1:1.618 (Golden Ratio). As long as the radius of the expanding sphere is smaller than both the wavelength and the amplitude of the waves distorting it, the sphere looks as though its flying all over the place, although its position hasn't changed. Once the radius exceeds the smaller of the wavelength or the amplitude of one or more waves, the expanding sphere seems to become "anchored" to the axis along which those waves are traveling.

Category:

Howto & Style

Tags:

• Sine
• Waves
• string
• theory
• deformers
• expansion

[HorizonDelta]

Good video ! More Tesla tech in video: "Wonderful electricity" by HorizonDelta ;-)

[mirlen101]

This is very interesting . I've had this concept in mind of an universal underlying hexagonal matrix where at each intersection there is a nano black hole where matter tends to settle into and stick to but doesn't actually drop through. And waves/subparticles tend to follow paths in this hexagonal matrix . It would appear very much like this video but it has a 3D hexagonal pattern .

[Jeffoween]

Couldn't intersecting waves BE the physical matter that we perceive as solid objects? I've been thinking about this for a while, and it seems universal enough to align with all other areas of physics. Let me know your thoughts.

[LyrumusX]

Almost what you would imagine as the 'atomic' scalar construct in holographic 3-space. Very nice vid :) I bet you could play with the frequency interaction and harmonics to visually recreate virtually any order of energy, i.e. matter and other manifestations. Now if you could only plot out the table of elements and list of known subatomic 'particles'... ;)