1} see electric-magnetic sine-waves https://micro.magnet.fsu.edu/primer/java/scienceopticsu/electromagnetic/index.html

/\/\/\/ = topology of sine-wave ---in Euclidean expresssion--- straight lines not curved, has

**positive peaks ^**and**negative troughs v**/\/\/\/ = quantum sine-wave, and does it necessitate two sine-waves{ electric and magnetic charge } at 90 degrees to each other?

/--\--/--\--/ = two sine-waves { at 90 degrees to each other { electric -------- and magnetic /\/\/\/

/--\--/--\--/ = 3D tubular characteristics if not also a spiral { ////// forward-over-time //// } aspect?

1} Is there unrealized{ non-observed } ---ergo metaphysical-3 and or 4---

__line-of-relationship__between the peak of electric and magnetic peaks and troughs and in sequence. If so, then, do we really do have a 3D tube-like enclosure and

__line-of-relationship__would be a diagonal ergo spiral{ //// }?........1a} is that

__line-of-relationship__**gravitational{ metaphysical-3 }**, and/or it 180 degree opposite**dark energy { metaphysical-4**}?.......2} Is there also unrealized{ non-observed } --ergo metaphysical-3 and/or 4----

__line of relationship__between;.....2a} the adjoining

**positive peaks only****and in sequence**of the electric sine-wave,..................this would a constant seemingly linear lineof-relationship________....

......2b} the adjoining

**negative peaks only and in sequence**of electric sine-wave,..................this would a constant seemingly linear lineof-relationship________....

......2c} the adjoining

**positive peaks only and in sequence**of the magnetic sine-wave,..................this would a constant seemingly linear line-of-relationship________....

.......2d} the adjoining

**negative peaks only and in sequence**of the magnetic sine-wave ..................this would a constant seemingly linear line-of-relationship________....

3} So 2a, 2b, 2c and 2d would be four, non-observed{ un-realized } a constant and seemingly linear

__lines-of-relationship.__4} The diagonal spiral { ///// } is also a constant, semi-linear{ //// overall forward //// }

__line-of-relationship__and this makes for total of five, outer surface constant__lines-of-relationship__connection of peaks and troughs.......4a} this means each of the positive peaks or negative trough peaks have three lines-of-relationship extending

**forward-over-time**ergo each 'peak' is a vertex and a vertex and in Euclidean terms it is three lines crossing{ Y }.......4} and we have one

__line-of-relationship__that is lateral between peak of that does not appear to be forward-over-time ergo an**X-type vertex**having four lines-of-relationship none of which are from the past{ behind } posterior set of events.So we have a total of 4 of these X-type 4 vertexes that define this seemingly 3D tube as laid-out above.

The next question becomes is their a polyhedron that has four of these X-type vertexes? That would mean 16 lines-of-relationship and Im not sure if that exists. I'm out of time on this post and there is much more to be involved in following along these

**visible{ realized } and non-realized{ invisible }**lines-of-relationship scenario, regarding a quantum electro-magnetic sine-wave.Eventually we have to come to what is the fluctuation and was it always there just not reached a critical limit of WOW!{ BB }.