I left a long period before replying to show how no one else gives a hoot about your claims. The only people who reply to you are those of us who see you for the dishonest hack you are and yourself. Why don't you spend your time better and write your posts up as a paper and send it to a journal? Oh wait, you tried getting your work published and you failed.
To show your ignorance I must remind you of your big pieces of bad luck.
1.
You do not understand that theories starting from sizeless bare fermions and sizeless bare bosons are MATHEMATICALLY and PHYSICALLY incoherent.
And yet the computer you are currently staring at was built using such models. Clearly they have real world utility.
I taught you what confinement means.
No, you asserted your own notion of confinement, ignored when I explained to you how you had misunderstood the mainstream concepts of confinement and asymptotic freedom and now behave dishonestly by saying "You don't understand confinement" when what you really mean is "I have my own definition of those words and since you don't agree with them you don't know what they mean!". Redefining terminology is dishonest Sywlester. Speaking of which...
I taught you the difference between following terms: “effective” and effective.
As above. I used the phrase 'effective theory' in the mainstream sense, using it in the same way as it is used in published papers and textbooks. You didn't know it had a particular meaning and thus misunderstood it, hence this confusion. Now you, once again, claim I don't understand it when in fact you mean that because your understanding doesn't align with the
entire particle physics community it is our problem, not yours. You used to claim that you understood some quantum field theory. If that were true you'd be aware of what 'effective theory' means within particle physics and you wouldn't have made such a mistake. But you didn't, thus illustrating how your knowledge of physics is not as good as you like to claim. Speaking of which...
I proved that you do not understand that the mainstream string/M theory is based on crazy initial conditions as well i.e. some axioms are correct. This causes that this theory leads to unobserved s-particles and other –inos. We will detect only the neutrino-antineutrino bosons carrying the unitary spin.
M theory and string theory have nothing to say about neutrinos or the like. They include supersymmetry but supersymmetry is a broad mathematical physics concept, a model having supersymmetry doesn't mean it automatically includes the s-particles and the like seen in the MSSM.
And implying an as yet unobserved particle prediction is a problem is laughable. Predictions are, by definition, a statement about an as yet unobserved phenomenon. A good model should make predictions so we can test it in a way which isn't just retroactive (though retroactive consistency is required too).
Now, I proved that you, PhD and mathematician, do not understand the relations between axioms and theorems.
So you accept I have a PhD. Then you accept I have published work, which requires it to be novel and not just copied from Wikipedia. Then you accept I am capable of work which is more than just copied off the internet. Good, glad we've got that sorted. I'll expect you to stop with the "Can't you do anything other than just repeat Wikipedia?" and "Where is your original work?" stuff. That, coupled with the fact you know my real name and thus can find my published papers easily, means further such insinuation I'll consider trolling and report it as such.
As for axioms and theorems where did you do that? Even on this page I have had to explain to you your misunderstanding of such things.
And now I will prove that you do not understand the basic problems concerning the Quantum Theory of Fields (QTFs). I claim that nobody besides me understands the limitations of the QTFs.
That just about sums up your mentality and exemplifies your dishonesty. You have your own take on various things in physics, such as quantum field theory. You don't know and you don't understand
the mainstream notion of quantum field theory, hence why I've had to explain it to you many times, so you make up your own. Now you go around saying "I understand quantum fields and AlphaNumeric doesn't!" when what you really mean is "AlphaNumeric understands the mainstream version of quantum field theory and I have my own notion of quantum fields, which is different. Since it is different AlphaNumeric doesn't understand it and therefore I will say AlphaNumeric doesn't understand quantum field theory,
my version of quantum field theory.". You're just redefining things to suit yourself. It's like the whole thing with string theory. You don't know the mainstream notion of string theory so you make up your own version (ie just throw in some string theory buzzwords to your work) and then go around saying I and others don't understand string theory when you mean
your version of it, not what everyone else understands 'string theory' to refer to. If you were honest you'd say "I have my own version of X and AlphaNumeric doesn't understand it", rather than "AlphaNumeric doesn't understand X". I understand the mainstream notions of quantum field theory, string theory, axioms and theorems etc well enough to have plenty of qualifications in it, published work and a research job. Do I understand
your versions of those things? Not really but that is because your versions are incoherent nonsense.
The fact you have to do this slight of hand, redefining what common terminology means, says all anyone needs to know about you. You cannot present your claims honesty so you lie. It really is that simple.
In a gauge theory the Lagrangian is invariant under a group of local transformations. On the other hand, it is true that gauge symmetry means invariance of physical system in relation to different changes in values of charges. The cited your sentence suggests that I am an ignoramus whereas you understand the mainstream theories excellently. So to prove your competence, you should answer following questions.
1.
What conditions must be satisfied, the gauge symmetry to be valid? My question concerns the spacetime and physical constants. Why Nature satisfies such conditions?
2.
Was the gauge symmetry valid in the era of inflation?
It is beyond a doubt that you are unable to answer these questions. I can teach you the coherent mathematics and physics but at first you should to thank and apologize. The answers to the above questions are very simple on base of the Everlasting Theory.
So we're going to add 'gauge symmetry' to the list of things you redefine, are we? I could give the mainstream notion of gauge invariance, inflation etc but I'm
certain you wouldn't understand. You no doubt have lined up your own version of those things which you'll post once I've given the mainstream versions and then you'll declare "AlphaNumeric doesn't understand gauge symmetries!" when what you really mean is "I don't understand the mainstream notion of gauge symmetry so I made up my own version and since AlphaNumeric explained the mainstream version and not my version I claim he doesn't understand gauge symmetry!".
This seems to be your modus operandi, you find some bit of mathematical physics which is awash with technical terminology and considered somewhat complicated, you steal a few buzzwords, make up some nonsense of your own which uses those buzzwords and then you claim that you have explained or replaced that area of mathematical physics and people such as myself, who understand said mathematical physics, don't understand it because we don't align with your version of it.
I keep asking you the same question and you keep ignoring it. Do you think that academics researching string theory or quantum field theory or gauge symmetries (those are not mutually exclusive) are going to read your work and not see this dishonesty? If you really and truly want your work to be taken up by the mainstream do you think this form of dishonesty is not going to be noticed? I noticed it when you lied about my PhD area, others will notice too. You might con laypersons with this nonsense but laypersons don't make up the research community, researchers who understand this stuff do.
I can only conclude from this behaviour, your unwillingness to answer this question and the fact you post your work on a forum and not send it to a journal that in fact you don't
really think this stuff will be taken up by the mainstream, that you know it is a failure and instead you've decided to try to con as many people as you can with this barrage of lies and deception. You complain when you perceive me to have lied about your work so why do you think a researcher would ignore when you lie about his work? Do you think a string theory researcher at Princeton or Cambridge is going to stop working on string theory and work on your stuff just because you put the phrases "T duality" or "gauge invariance" in your work, using them in ways which are utterly contradictory to their established meanings in mathematical physics?
I take it from your continued silence on this matter you know the answer is "No, they wouldn't accept my work" but you're too dishonest to admit it.