'This thread is about your paper that has been demolished and invalidated many pages ago.Why shy away from posting your response ?? Afraid of something ?
Your continued attempt to pass the buck is not working.
'This thread is about your paper that has been demolished and invalidated many pages ago.Why shy away from posting your response ?? Afraid of something ?
So you want it explained to you how Einstein's theory of gravity is a theory of gravity? Like I said this is getting weirder and weirder.This is the question about what you and Paddoboy (hardcore fans of GR) know about GR, not about GR !! I want to know whether you are objecting from a seat of some knowledge or just shallow babbling. So start typing, how GR is the theory of Gravity ?
GR tells us that what we call the force of gravity is just the distortion of space time from a mass.
old man, relax !! Stick to the point, do not camouflage the thread further.....Why bring Aqueous Id in between, when he is not around....Stop this nonsense...
So, you didn't understand the simple explanation? Why do you want to play this childish little game, is it to distract us from your failed paper? Jeeze, just accept you were wrong and move on!So ??
Hint : Now bring in the other masses around (objects) and then ?
This is the type of pseudoscience crap that got you banned from the science sections last time! I suppose you figure if Rajesh can do it so can you.GR leaves out the impact of gravitational pressure, which creates effects beyond the contraction of space-time. Special relativity contacts space-time using velocity, but this does not add pressure, that I know of. Space ships are not expected to implode as they approach the speed of light. Space-time and pressure are separate, because pressure is force=ma/area with acceleration having the units of space-time-time. The velocity of SR has only space-time and not space-time-time for pressure
This extra time can be seen if we look at the impact of gravitational pressure on vibrational frequencies. The core of the sun is where fusion occurs, inducing the fastest gamma frequencies. A measure of time, frequency, is speeding up even though space-time is most contracted in the fusion core. The two times go in opposite directions.
This extra element of time, due to gravitational pressure, is also how gravity interfaces and integrates all the forces of nature. The magnitude of the extra t impacts which force is being induced. The pressure of the sun's core add the most space-time-time to allow the strong nuclear force to become integrated to the pressure.
I understand the traditions well enough to show where they fall short, and can be improved upon. Science is a work in progress, not the recitation of dogma.
1. Your UMBH star would take 3 days (72 Hrs) to collapse to singularity from r = 2M, will it not have any surface ? Do not say that the surface is in dynamic compression towards r = 0, a surface under dynamic compression for 72 Hrs will also have p = 0 at the surface...
2. Calculate the density of your this UMBH at r = 2M, it comes out to be 100 times less than that of air. How will it start collapsing ?
3. If at all it does collapse, then calculate the value of 4/3 * 2M and 9/8 * 2M ? What will happen when the star was of that size ? Nothing !
4. And even if it starts collapsing then at what r = ?, the NDP would come into picture, will it be 2M or much below 2M ?
5. Finally let me see what you have understood about this 4/3Rs and 9/8Rs business from an existing NS point of view........if an NS starts collapsing on mass accretion from 10-12 Kms radius, then what would happen when it comes to 4/3 Rs, and what would happen when its core size is less than 4/3 Rs or less than 9/8Rs.....
Copy pasting the calculations or formula from various text books and links is very easy, abusing others and calling others as idiot wind is very very easy........contributing anything positive is difficult and thinking and coming up with new hypothesis is extremely difficult and requires courage. if you have the intellectual capacity then answer the question above. I promise, if you answer correctly, I will acknowledge.........
I did not say, it will become infinitely strong.....I just said there is a possibility that NDP may balance Gravitational Pressure as the Neutrons have become highly relativistic thus increasing the NDP...
by the way if the entire mass goes to r = 0, does it not become infinitely strong ? Infinities are allowed at r = 0 but not at r = some non zero value ?? Yeah !! Read Kerr Metric ring singularity also..
Origin, It is nobody's genuine case that entire mass will go to r = 0, Many Physicists think that some kind of quantum pressure should halt the collapse, but the point is we don't know that yet.........
Rajesh, it seems that you begin the above post by admitting that you do not understand the professor's comments and then go on to ask questions that prove you did not understand his comments!Prof Bennett,
No, Sir...I am not saying that and I am not equipped as on date to counter that. I only stated once before you chipped in that possibly the boundary condition in your analysis is taken as p = 0 at r = Rs, so obviously r < Rs there will not be p = 0, kind of proving the assumed condition. I did not harp on that after your arrival because I thought this argument of mine would not hold, nonetheless I am trying aside to see into this aspect .
But couple of questions came up which are somehow related to this discussion, and hence this continuation....
You have still not answered what would happen to an object which contracts below 4/3Rs and if it survives this then what would happen when below 9/8Rs........
Before you answer, may be you can open it up for other members to respond on this, because an impression is created that every one else has understood the answer to this question...but not me. It will be an eye opener for all.
1. GR is primarily a single body solution...you know that wheeler thing that "matter tells spacetime how to curve, space tells matter how to move".
2. Gravity is primarily a two body thing......
GR began as a description of gravity, improving on Newtonian Mecanics. In a modern conceptual interpretation is does become a theory of gravity itself... But that remains somewhat controversial.3. Then how can you say that GR is the theory of Gravity ?
And what was your answer ? Mr Expert !! Copy paste your answer in quote / unquote here....and tell the forum that you still stick to that.
I am proud of all those threads, many people (including you) learnt a lot on the subject, you cannot embarrass me, I am your peer just because both of us are here, otherwise I am far ahead of you....Enjoy !!
And most if not all has been proven to be spot on factual, including this one.
As they come, I'll expose.
General Relativity is controversial? Why would you say that? General relativity is an amazingly robust and well supported theory.GR began as a description of gravity, improving on Newtonian Mecanics. In a modern conceptual interpretation is does become a theory of gravity itself... But that remains somewhat controversial.
Amazingly robust and well supported description of how objects interaction gravitationally.General Relativity is controversial? Why would you say that? General relativity is an amazingly robust and well supported theory.
Prof Bennett,
No, Sir...I am not saying that and I am not equipped as on date to counter that.
That is kind of silly, it is like saying electricity is controversial because we don't really describe why + and - attract each other.Amazingly robust and well supported description of how objects interaction gravitationally.
What is controversial is the modern conceptual interpretation that the curvature of spacetime is the cause of gravitation rather than a geometric description.
Until we can describe how/why the presence of mass results in spacetime geometry, we don't really have a fundamental origin.
GR describes that geometry but doesn't really describe the why of it.
In that case, to you and the other participants of this forum:
"So long and thanks for all the fish."
Bennett Link
Montana State University
That is kind of silly, it is like saying electricity is controversial because we don't really describe why + and - attract each other.