VitalOne, with respect, I don't think that scalar waves are it. Orgone particles tumble around in the air and emit small flashes of light when exposed to sunlight. I haven't made much of a study of scalar waves but they seem to be radically different. Scalar waves are supposedly a component of the EM wave that was known even as early as Maxwell, but which doesn't manifest itself under the usual conditions, but might when using a kind of coil winding that we don't normally find useful. Scalar waves are reputedly faster than light. I can't find a lot on the Internet that makes much sense because scalar waves are also popular in pseudoscience and scams.
Orgone, scalar waves, and EM (Electromagnetic) waves are distinctly different manifestations of the same thing, in my opinion. So the answer is yes and no. Yes, they are related. No, they are not the same thing. The fascinating question is whether scalar and regular waves together generate the orgone particle, and I will call that a maybe. I don't have time or energy to set aside to work that out today, if I did, I have another project ahead of it. It was worth looking at Google for it today because I got to see an
article by Tom Bearden that actually appeared to make sense and is worth saving. He sees relativity in Maxwell's equations and I see relativity in Newtons because, IMHO, these deal with lower orders of the same thing. It's like the lower orders are the derivatives or the higher orders are the integrals.
Yes, if we can build better theoretical underpinnings for orgone, the theory is more likely to be accepted. This is an old controversy, between theoretical physicists and empiricists. There is an apocryphal story about Roger Bacon dying of pneumonia after catching a cold during an experiment in which he stuffed a turkey carcass with snow. Can you just imagine a 13th century man advocating the experimental method of physical theory? How about trying to imagine the physical theory of the 13th century, before most of the mathematics that we are now familiar with, long before gravitational theory or mathematical descriptions of the orbits of the planets, and trying to apply Aristotle's atomic theory then?