Quantum Gravity’s Time Problem

I only brought up what I was reading: a new theory that challenges quantum mechanics. Why did I bring this up? To add to the discussion. The responses I got weren't rational objections: they were pathetic insults that added no scientific value.

Then you got huffy about specific variables from my rough summary, and further upset when I couldn't offer more information.

Again, I don't care about your laziness and institutionally-taught bias: that's your problem. I'm just going to point it out when you brush off theories without research because you're not doing anyone any favors. It's lazy and slightly fraudulent: you're dismissing evidence without reviewing evidence.

Look, I'll be happy to agree that this theory can use more attention to prove or disprove, but I haven't heard any rational explanation as to why it shouldn't get any attention at all.

It bothers me when people can't explain their views; it tells me they're more comfortable to listening than talking, and that they should only listen to select sources because they're too lazy (or possibly scared) to form a dissenting opinion on their own.

You could absolutely be right that Dr. LaViolette is completely wrong, -- but we're not going to know for sure unless we challenge our selves by challenging different theories. Deciding the outcome without any inquiry is practically psychotic: you're denying reality under the delusion that your pride knows everything.

The lecture is interesting because there is a history in electrogravitics from the early 20th century that suddenly became classified in the 1950s. The decade's obsession in flying saucers and UFOs actually derived from real prototypes these aerospace companies were making.

The implication that these companies have possibly suppressed research in this field is daunting, but seeing the universe as a continuous expansion from a higher energy that everything derives from is also transcending.

Again, the theory could be completely wrong, -- but if it somehow is miraculously correct it'd be a shame to not see it all because of some silly pride.

LOL! If you'd ask me if I would be having conversations about anti-gravity a month ago, I'd probably laugh, too. Ugh! It feels hilariously ironic because I've laughed at these people, too. It's almost like we're conditioned to think this way.

Anyways, cheers! Good luck; God bless!

So... properties of the models you obsess over are kinda baseless: it hides the fact that the theories are still incomplete.

Seriously, what's the point in obsessing over incomplete theorems? Just to get the same grant money to write the same dribble over and over, so all new theories look the same: "promising" yet still missing the ultimate goal: a unifying field theorem.

The formulas are presented and coherently explained in both the lecture and the book. Yes, I have a BSEE, and yes I've always had issues with our current model, -- especially with dielectric materials; it's literally filled with holes.

So, yeah... quit the pretentious talk. I use to believe everything you're selling: institutions know everything; agree with authority and get your degree or grant money. Subquantum Kinetics might not be the answer, but it has an interesting approach that finally unifies fields.

There are plenty of videos on YouTube of people creating their own T.T. Brown experiments. The Model G is just a theory just like the Standard Model only it is literally more unified. Already it's a better theorem because both aren't quite proven -- they're still just theories; (again, properties of each theories are proven, but that doesn't ultimately prove the model is 100% correct or not), -- but the difference between the two models is Model G has a unified field theorem.

Again, I wish you luck; God bless!