deadspot and resonance

[AntonioLao]

The interference of waves (longitudinal or transverse) causes deadspot and resonance. The first is a consequence of destructive interference. The second is a consequence of constructive interference. In a perfect universe only waves of the same frequencies and wavelengths can create both near absolute deadspots and resonances. The results of the first are the uniformity and continuity or isotropy and homogeneity of the space-time continuum. The results of the second are the oddness and evenness of matter and energy. However, in an imperfect universe both relative deadspots and relative resonances create the multitude forms of elementary particles and their associated energies. Moreover, the self-interferences of waves create standing waves with their deadspots as nodes and their resonances as antinodes, giving the richness of different longitudinal, transversal, or torsional musical sounds, the high and low pitches and pure tones and the standing wavefunctions of de Broglie’s matter waves for all elementary particles and their associated energies. All these can be studied and described by a quantum theory of radiation, giving the empirical science of atomic and molecular spectra of energy distributions and the experimental success of quantum mechanics.

[labelwench]

The interference of waves (longitudinal or transverse) causes deadspot and resonance. The first is a consequence of destructive interference. The second is a consequence of constructive interference. In a perfect universe only waves of the same frequencies and wavelengths can create both near absolute deadspots and resonances. The results of the first are the uniformity and continuity or isotropy and homogeneity of the space-time continuum. The results of the second are the oddness and evenness of matter and energy. However, in an imperfect universe both relative deadspots and relative resonances create the multitude forms of elementary particles and their associated energies. Moreover, the self-interferences of waves create standing waves with their deadspots as nodes and their resonances as antinodes, giving the richness of different longitudinal, transversal, or torsional musical sounds, the high and low pitches and pure tones and the standing wavefunctions of de Broglie’s matter waves for all elementary particles and their associated energies. All these can be studied and described by a quantum theory of radiation, giving the empirical science of atomic and molecular spectra of energy distributions and the experimental success of quantum mechanics.

The explanation why the acoustics of a venue and the placement of the source of sound is of utmost importance in creating the musical effect desired by the artist.

[AntonioLao]

I cant understand why electromagnetic waves propagate only in transverse mode while sound waves can propagate in longitudinal, transverse, as well as torsional mode. Maybe that is why we can only see the former while we can see (tornadoes), hear, and feel (earthquakes) the latter.

[labelwench]

I cant understand why electromagnetic waves propagate only in transverse mode while sound waves can propagate in longitudinal, transverse, as well as torsional mode. Maybe that is why we can only see the former while we can see (tornadoes), hear, and feel (earthquakes) the latter.

Well, then, if it is beyond your comprehension, I am really in over my head.

With horses, their 'way of going' or movement, can often identify what type of breed they are, though all be 'horses'.

So, your waves have different ways of going.

What other similarities or differences do we know or guess at?

Any way of designing a model 'wave pool' for your electro-magnetic waves? What aspects have not yet been examined?

Keep eliminating the obvious, and whatever remains, no matter how improbable, remains to be proven, or disproved.

I'd be of more assistance if the topic were horses, but hey, let's try throwing a rope on your cayuse.....

[leskey]

I cant understand why electromagnetic waves propagate only in transverse mode while sound waves can propagate in longitudinal, transverse, as well as torsional mode. Maybe that is why we can only see the former while we can see (tornadoes), hear, and feel (earthquakes) the latter.

Sound waves can also be transverse in solid media, which hints at 3-D connectivity.

So...is the transverse propagation of electromagnetic waves due to the polarization/chirality property interacting with aether's resistance/mass capacity...the combination of the two (being not shaken but stirred ), obviously then resulting in the appearance of matter in 3-D...?

[AntonioLao]

is the transverse propagation of electromagnetic waves due to

My guess is the curl of the electric and the magnetic field as shown in two of Maxwell's equations
http://en.wikipedia.org/wiki/Maxwell's_equations
http://scienceworld.wolfram.com/physics/MaxwellEquations.html
http://images.google.com/images?sourceid=navclient&rlz=1T4GGIH_enUS227US256 &q=maxwell's+equations&um=1&ie=UTF-8&ei=ae2PS47iGsGXtgfGjP2SCw&sa=X&oi=image_result_g roup&ct=title&resnum=4&ved=0CCMQsAQwAw