Matter is made of spherical standing waves. A standing wave is a wave that may be thought of as two waves traveling in opposite directions. For a particle, this means an incoming wave converging o ...
Matter is made of spherical standing waves. A standing wave is a wave that may be thought of as two waves traveling in opposite directions. For a particle, this means an incoming wave converging o the centre and an outgoing wave coming out of the centre, which is just the incoming wave after it travels through the centre.
Seeing matter as real waves rather than just probabilities is consistent with the thinking of Schroedinger and de Broglie who established the important formula for the behaviour of particle waves. My own studies are consistent with Milo Wolff, Yuri Ivanov and Gabriel La Freniere and lead to the formulae of relativity and quantum mechanics in a realistic way without any hocus pocus. Geof Hazelhurst and Karen Howie have developed a substantial web site on this.
See http://www.cyclesresearchinstitute.or... where the idea is explained a little more and where you will find links to all the people and animations mentioned in this video and much more.
Like to rate videos and let people know what you think?
Automatically share your ratings, favorites, and more on Facebook, Twitter, and Google Reader with YouTube Autoshare.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
Like to share videos with friends?
Automatically share your ratings, favorites, and more on Facebook, Twitter, and Google Reader with YouTube Autoshare.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
This video has been removed from your Favorites. (Undo)
Like to Favorite videos and let people know what you think?
Automatically share your ratings, favorites, and more on Facebook, Twitter, and Google Reader with YouTube Autoshare.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
Thanks for replying. I am physics student and desperately tying to understand this wave-particle duality and uncertainty principle.
So this theory states all everything itself is vibrating like a standing wave, and because when measuring waves we can not measure the exact wavelength unless we measure for an infinitely long period of time, we have a uncertainty. Is this correct?
If you have some number of wavelengths of a wave, say n, then the length of that wave train is lambda*n and so that is the uncertainty of distance, while the uncertainty of time is one wave period (you can't count time in smaller units). Therefore there is nothing mysterious in the uncertainty principle. However be careful about giving this as an answer in a test.
The particle duality is "scale of perception" only, there is no actual duality as the particle only appears when a threshhold of charge (amplitude) is defined and a perimiter is made. -Research "Bubble Chambers" and "particle 'discovery'". The branes are a theory that may very well encompass aspects of ether waves (in lack of a better description), but they too are mere 'reasoned' objects.
These renderings are absolutely beautiful. I have never been able to visualize these things before, and this really is interesting. If I could give this video 6 stars, I would.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
Although these "standing" waves can also do a bit of walking. ;-)
See Gabriel Lafreniere's animations of waves (WSM) for some fine examples.
So this theory states all everything itself is vibrating like a standing wave, and because when measuring waves we can not measure the exact wavelength unless we measure for an infinitely long period of time, we have a uncertainty. Is this correct?