Just to add to Lloyd's comment above. MM's theories can definitely be expanded and improved with new theory and experiments based on evidence (e.g., paired photons as Lloyd describes). MM appears to have most parts of his theory very firm. However, there are sides to it that are "frontier" or "boundary" that he firms up once clear evidence is found or new findings are made. I think he relies more on the observations of the powers that "be" (NASA,EU programs) for his macro-perspectives (Universe, Galaxy, planets, etc.) over his micro-perspectives (Elements, Charge Field, EM fields, etc.) which have a much longer documented history. I think his calling out the base "theory" of these is valuable for even those who don't agree with him because he is very sharp deductively. No one is 100% perfect of course.Lloyd wrote:Sparky, in this post http://thunderbolts.info/forum/phpBB3/v ... 688#p97592 I made relevant comments on July 12 on some of your previous comments. Had you responded directly to those comments, some useful discussion might have occurred. But, instead, you went off-topic with irrelevant complaints about our supposed irrationality etc. If you're really interested in this thread, why don't you comment on my above post? Like doesn't it make more sense to attribute properties like energy to matter, which has radius and mass, instead of to vacuum or space, which has no dimensions, except between matter objects? If energy were a property of vacuum, it would have no specific location, because vacuum/space has no specific location except relative to matter. And, since all of space contains photons, but not all of space contains larger units of matter, doesn't it make sense to attribute energy to photons, rather than to vacuum?
Some of my disagreements with MM are regarding gravity, photon motion and the cold poles of Mercury, which I discussed a few months ago on a thread called Lloyd Blog or something like that. I don't think universal expansion of matter and space makes sense at all as the explanation of gravity, which MM originally proposed. I don't think it makes sense that photons would travel in a single wave motion as MM says, such as where a photon would spin around a point on its surface. But I think it would be simple to fix that problem with a double wave motion by paired photons spinning around each other like a two-bladed propeller as they travel through space in a straight line. And it doesn't make sense that photons would cool Mercury's poles, but it makes sense that ions from cold space would cool them.
He does revise his papers which I admire and, hence, calls it as he sees it from the best understanding. There are many areas he hasn't touched yet. I do think that with his 3-D diagrams of the elements-charge field, he may need to get a few programmers to help him animate these fields in a programmatic way. Lord knows the current 3-D movies of current Electron Bonding theories are pretty primitive to explain all that we see. There are several gargantuan holes in it with several ad-hoc pushes. A clear interactive program allowing 3-D programming of the Charge-Field would prove very useful in proving him "right" or "wrong". Most of his detractors can be ignored until they can prove this in pure "code" that MM himself can critique.
I don't ask everyone to believe in Pi=4 orthogonally, but to see the logic behind it in terms of real world measures (there is always a "kink" to go up and over).
One thing that MM has done is to clearly delineate that QM theory, as it is today,is a confused mess logically. Most articles at phys.org prove this "mess", IMHO:
http://phys.org/news/2014-07-physicists ... ysics.html
http://phys.org/news/2014-07-physicists ... ticle.html (really?)
That's a 100 trillion"Only about one in 100 trillion proton-proton collisions would produce one of these events," said Marc-André Pleier, a physicist at the U.S. Department of Energy's Brookhaven National Laboratory who played a leadership role in the analysis of this result for the ATLAS collaboration. Complicating matters further, finding one such rare event is not enough. "You need to observe many to see if the production rate is above or on par with predictions," Pleier said. "We looked through billions of proton-proton collisions produced at the LHC for a signature of these events—decay products that allow us to infer like Sherlock Holmes what happened in the event."