AlphaNumeric, as usually, you do not understand what you are reading.
I don't think you're in a position to be saying such things to me given your continued failure to grasp why your claims are inconsistent.
For example, you wrote that I claim that gravitons and gravitational waves are a part of the Standard Model. You should read my last post once more. I did not write such thing.
In your post your list came after a discussion of components of the SM, specifically after comments about QCD. You're complaining about the SM being pseudoscience and then you include in your post of pseudoscience things outside the SM.
Perhaps I should have given you the benefit of the doubt and thought you know what is and what isn't in the SM but given your propensity to abuse standard labels I didn't.
Your posts show that you are unable to understand the leading thought.
I've been replying to your claims things like QCD and EW theory are pseudoscience. I've given lengthy replies on the topic.
If you're going to be dishonest about a poster it's generally rather daft to be dishonest about a poster when talking to that poster!
The mainstream theories of the weak and strong interactions are partially the pseudoscience due to the initial conditions, not due to the applied methods.
You really need to get your terminology right. You don't mean initial conditions, you mean initial assumptions/postulates. Initial conditions are what you'd use for modelling a dynamical system, like initial conditions in a differential equation.
I write once more that the pseudoscience follows from the incorrect (weak interactions) or incomplete (strong interactions) initial conditions, not due to the applied methods.
So you're claiming they are pseudoscience because their initial postulates are not correct or complete. By that logic everything in physics pre-1900 was pseudoscience because we know that on some level pretty much all of it was wrong.
Was Newtonian mechanics pseudoscience? It's not 100% correct so its postulates must be flawed in some way so by your definition it was pseudoscience. But of course it wasn't pseudoscience because that isn't what pseudoscience means. James has given a lengthy overview of the markers of pseudoscience, he's effectively given what defines pseudoscience. Not being perfect
isn't one of the sufficient conditions.
Science is about the iterative development of understanding and models based on ever increasing experimental data. In Newton's day his models were accurate to the limit of testing. He developed them based on experiments and made testable predictions which were verified. That makes it scientific even if it wasn't
perfect. Likewise QCD and EW theory are both scientific.
You are now doing with 'pseudoscience' what you've done with things like 'effective theory', you are using your own definition which is not the same as common usage. It's dishonest. In fact, such dishonesty is a hallmark of pseudoscientists! If you could present your case properly you wouldn't need to bend the truth by using terminology different to everyone else, you'd be up front and honest.
AlphaNumeric, almost all your post concerns the applied methods.
No, I've actually covered the point I just made in previous posts, as well as described how QCD can be applied to make accurate models despite not knowing the quark rest masses perfectly.
So from both points of view I've countered your claims.
But the applied methods follow from the initial conditions. If the initial conditions are incorrect or incomplete, then the applied methods are correct but partially they cannot describe what the nature in reality is doing.
Sure but that doesn't make the models pseudoscience, it means they are not perfect. But only the irrational or delusional claim to have
perfect understanding and models when they do not have all the data. Hence why calling your work the 'everlasting theory' is a sign of pseudoscience on your part.
Can you see that the hundreds unsolved problems within the mainstream theories and all the weak points follow from the incorrect or incomplete initial conditions? We must concentrate on the initial conditions. If we change totally or partially the initial conditions for the correct conditions then we will able to apply new methods which will give us opportunity to solve the hundreds unsolved problems.
That's what theoretical physicists are working on. That's what string theory or loop quantum gravity or twisters are about, new postulates leading to new ideas, new models, new ways of approaching problems.
Now there appears following question. Can we claim that theories with incorrect or incomplete initial conditions are at least partially the pseudoscience? And my answer is YES.
Then you are using a different definition to everyone else and your continued use is just dishonest.
The motivation is as follows.
Incomplete or incorrect initial conditions show the lack of professionalism of authors of such theories.
Did Newton lack professionalism? We know all his work has flaws in places so the postulates cannot be right. He was
exceedingly professional in his pursuit of scientific knowledge.
As I said, science is iterative. You develop the best model/explanation you can based on the evidence, you make predictions and you test those predictions. When they turn out to be wrong in some way you make new models. Each step has a non-perfect model so somewhat incorrect postulates but no step is pseudoscience.
I know you have a slightly different mind set because you think you've jumped to
the answer for physics and you're
certain it's
perfect despite how little of the universe's phenomena we've studied. Any rational person would leave open the possibility of flaws in their work, that new unexpected experimental results could flip over some or all of their model. It's an historical trend that those people convinced of their infallibility fall the hardest. A number of physicists believed physics was all wrapped up by 1890. Discovery of x rays and the electron prised open the quantum theory door, followed quickly by the toppling of Newton by Einstein. Your inability to entertain the notion you could be wrong is blinding you.
The lack of professionalism in the theory of weak interactions follows from the fact that this theory violates the hierarchy of mass.
You're saying EW theory is wrong because it isn't what your theory says. Sorry, that doesn't cut it. It's like saying Einstein was wrong in 1905 because he didn't agree with Newton.
Clearly the model of how W and Z bosons interact with quarks and leptons is viable up to at least 100GeV because we've verified its accuracy to 6~12 decimal places in that energy range.
This goes back to how your belief in your correctness is blinding you. You aren't using experimental data to compare theories, you're just saying "I'm right so if you don't agree with me then you're wrong!".
That is pseudoscientific.
Besides, you're now using 'lack of professionalism' in a way different to standard meaning. A professor would be lacking in professionalism if he was to be rude to students. Or if he demanded others include his name on work he didn't contribute to. Or if he went around saying he's solved all of physics with his 'everlasting theory' which is perfect. A lack of professionalism in science is arrogance, rudeness and dishonesty. Three traits you've a tendency for when discussing your work.
The carriers of interactions cannot have masses greater than the sum of the masses of interacting particles and it concerns both the macro- and micro-world. The big number of the unsolved problems in this theory and the incorrect predictions follow from the violation of the hierarchy of mass.
Why don't you be more specific and give 3 examples of things commonly considered problems by the mainstream community which are due to this.
The lack of professionalism in the theory of strong interactions follows from the fact that there is assumed that the masses of the up and down quarks are the part of the initial conditions but their EXACT masses are not defined. This means that we cannot calculate, for example, the properties of the nucleons, i.e. of the fundamental particles, from the EXACT masses of the up and down quarks.
We can, the issue is one of application not one of fundamentals. The calculations are extremely difficult to do for QCD due to the strong self-coupling of gluons at low energies.
There's a difference between a computer taking too long to compute an answer and it being impossible for a computer to compute an answer.
Decades go by and we still have the same unsolved basic problems.
No, much development has been made. To use your example, the understanding of quark masses in nucleons has advanced significantly due to the advent of Lattice QCD and the development of gravity/gauge dualities allowing the theoretical understanding of strongly coupled QCD phenomena through the lens of well understood weak gravitational phenomena.
Remember Sylwester, you might be used to spouting such rhetoric on other forums to lay persons but it isn't going to fly talking to me. It's generally unwise to try to BS someone about their own area of work.
The lack of professionalism in the string/M theory follows from the initial condition that there are in existence more than the 3 spatial dimensions.
The dimensionality of space-time isn't an initial condition in string theory, it's a conclusion. Unlike other quantum field theories, which require you specify the dimensionality of space-time by hand, string theory spits out the dimensionality based on the string properties.
Another tip if that its best not to just fabricate statements about science which is easy for people to check. Especially when the person you're talking to works in the area you've lying about.
Physics is physics. Real volume is real volume.
And a duck is a duck and a monkey a monkey. Got any other tautologies you want to throw out?
We should seek a different physical meaning of the magic numbers 10 and 26. My theory shows the correct solution.
And laughable they are too.
I showed how the General Theory of Relativity leads to the tachyons.
You haven't done any GR, just like you haven't done any string or M theory. Misrepresenting yourself is dishonest. By continuing to do so you only make it more obvious how pseudoscientific you are.