Yes if he was serious he presumably would make some sort of point.
Alex
The greats would have been appalled because they never thought of their theories in terms of absolutism .
Where as most do.
My point .
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Yes if he was serious he presumably would make some sort of point.
Alex
Who specifically would be appalled River, name some names.The greats would have been appalled because they never thought of their theories in terms of absolutism .
Where as most do.
My point .
I believe the greats would be making a quick exit once they saw where this thread was and the logic/reasonability or actually lack thereof, and shaking their heads in amazement.Who specifically would be appalled River, name some names.
What do you mean that they would never think of their theories in terms of absolutism.
How do you know what they would think?
What are you saying is wrong?
Alex
Energy isn't a substance; it's just a number. It's useful because it is a conserved quantity in an isolated system (of which the universe as a whole is one example).Second, just because the sum of positive and negative energy is 0, it doesn't mean thee is no energy at all, there is always energy and the universe still exists as well as the energy in the universe.
Well, scientists don't trust that BS, because it's BS and not what science says. The universe clearly isn't "made from nothing". It's made from particles and fields and all that other good stuff. It only takes the observation that you exist to appreciate that you're not made from nothing.If universe was made from nothing there would not be universe and nothing in the unvierse that exists today would simply not exist, I cannot believe that scientists can trust such total BS-that is not science, it's ideology, just like the mathematics and statistics are ideologies.
A ball at rest above the ground has some value of total energy given by $$E=U+K+c$$, where $$U$$ is the gravitational potential energy, $$K$$ is the kinetic energy, and c is any arbitrary constant number you want to use. Since the ball is at rest, we have $$K=0$$, and we are free to set $$c=-U_{initial}$$, in which case at all subsequent times the ball has total energy $$E=0$$.Third, this example only proves why mathematicians ans those who work with statistics should be forbidden to do any real science when it comes to the universe and its origins: if you drop a ball from the rest-you said this is a zero energy, obviously it's not zero energy if you can gain kinetic energy and both kinetic energy and gravitational energy should nullify their sums, than there would not be any gravity or kinetic energy to exist-what's wrong with you people.
Well, no, as I have just explained to you.If there was no energy there would not be any kinetic energy and gravitational energy "colliding"-obviously mathematics is 100% wrong here.
An atom is a complicated object with lots of different numbers adding up to give what we might call its total energy. We can associate an energy with the mass of the atom, add electrical potential energy in the electric forces that bind its constituents together, add some more potential energy associated with nuclear binding forces, add some kinetic energy due to its various motions (internal and overall external motion), and so on and so forth. And, importantly, some of those potential energies will be negative contributions to the total energy. At the end, we can always add an arbitrary constant $$c$$, chosen at will, and make the total energy zero, if we want to.Fifth, if this was actually true than electrically neutral atom would never be able to exist, since atom's energy is also 0, but again atom still exists, despite his energy is 0, obviously it's not 0.
You keep speaking as if energy is a glowing substance that we only have so much of, and that this glowing magical substance somehow moves from one object to another. Energy isn't like that. It's just a number. The universe can start with 0 energy, of 1 million energy, or -27.5 energy - whatever is easiest to work with when you want to do an energy conservation calculation.Again another reason why mathematicians are the biggest liars, so much inflation cannot start without so little energy...
Which particular "evidences" are you thinking of here? Can you give some specific examples?...all the evidences, all the experiments and all the observations have 100% proven and and non-stop 100% prove that what mathematics say simply is not possible, it's only possible inside the mathematics-and mathematics does not follow reality and real evidences, it's obvious the other way around, evidences follow mathematics-which is totally wrong approach, because you simply adapt those tiny evidences, straws to jusitfy that mathematics is right, and yet is it is dead wrong as always.
Mathematics is just a tool for analysing the physics and for building a model that explains observations. The success of a physical theory lies not in how mathematical it is, or in what particular mathematics it uses, but in how accurately it models what we observe. That is, the job of the maths is to predict what we would expect to see if the model were correct. We then check the model against real-world data to see whether it matches.Mathematics is not based on reality and on real evidences...
That's more your opinion than fact, is it not? Can you prove your assertion?First of all there could be nothing at all-that's the fact, something that does not exist cannot create something that exists-fact
According to Einstein's model of gravitational waves, the entire world does stretch and contract, with everything in it - just not very much. That's why detecting gravitational waves was such a monumentally difficult experimental challenge.Space and time are not created in the universe, since what really gravity affacts are trajectories and distances between cosmic objects-if gravity waves were correct than the entire world would simply stretch and contract and everything in it-again this is not the case anwhere in the world or the universe...
This is all very well, but we need to get down to models and observations. For example, so-called "gravitational lensing" of distance galaxies by intervening matter is observed daily. Moreover, the particular features seen in the resulting images observed through telescopes are exactly what we would expect if space and time bend in the way described by general relativity.And I must add the fact that true space cannopt be detected by anything because it doesn't interact with anything, if is not any substance it is not made of anything-when physicists have done all those experiments with gravitational influences on space and time that suppossedly so-called "proved" that space and time are influenced by gravity-they were detecting interactions with energy fields-true space does not interact with anything since it is absolutely 100% empty...
It's so obvious that physicists are 100% wrong, and that their mathematics is BS.
Energy isn't a substance; it's just a number. It's useful because it is a conserved quantity in an isolated system (of which the universe as a whole is one example).
The actual number that represents the total energy doesn't matter very much. In fact, you can add an arbitrary number to any potential energy figure and it won't make any difference to the physics (as long as you do it consistently every time you write down an expression for that potential energy). So, fundamentally, it is no more meaningful to say that the universe has total energy 1 million than it is to say that it has total energy zero.
What you can't change is the requirement that gravitational potential energy must increase as masses get further apart and decrease as masses come together, because this is the only way that total mechanical energy can be conserved (given that kinetic energy cannot be negative).
Saying that "there is always energy in the universe" is true, but that in no way implies that the total energy of the universe can't be zero (or any other arbitrary number you want to choose).
Gravage:
I'm not really sure where to start with this thread, so I'll pick one of your latest posts. We need to clear up a few of the basics before we can properly discuss the big bang, inflation and so on.
Energy isn't a substance; it's just a number. It's useful because it is a conserved quantity in an isolated system (of which the universe as a whole is one example).
The actual number that represents the total energy doesn't matter very much. In fact, you can add an arbitrary number to any potential energy figure and it won't make any difference to the physics (as long as you do it consistently every time you write down an expression for that potential energy). So, fundamentally, it is no more meaningful to say that the universe has total energy 1 million than it is to say that it has total energy zero.
What you can't change is the requirement that gravitational potential energy must increase as masses get further apart and decrease as masses come together, because this is the only way that total mechanical energy can be conserved (given that kinetic energy cannot be negative).
Saying that "there is always energy in the universe" is true, but that in no way implies that the total energy of the universe can't be zero (or any other arbitrary number you want to choose).
Well, scientists don't trust that BS, because it's BS and not what science says. The universe clearly isn't "made from nothing". It's made from particles and fields and all that other good stuff. It only takes the observation that you exist to appreciate that you're not made from nothing.
A ball at rest above the ground has some value of total energy given by $$E=U+K+c$$, where $$U$$ is the gravitational potential energy, $$K$$ is the kinetic energy, and c is any arbitrary constant number you want to use. Since the ball is at rest, we have $$K=0$$, and we are free to set $$c=-U_{initial}$$, in which case at all subsequent times the ball has total energy $$E=0$$.
As the ball falls, the kinetic energy $$K$$ increases. At the same time, the potential energy $$U$$ decreases, but in such a way that $$E$$ remains at whatever we set it to initially (which could be zero). Note that if we choose $$c=-U_{initial}$$, then at any later time we must have $$U=-K$$. That is, the gravitational potential energy is negative with this choice of the constant $$c$$.
Again, it is important to remember that $$E$$ is just a (conserved) number. It's not an amount of a magical substance called "energy". Choosing $$c$$ doesn't create or destroy any kind of substance - in fact it has no physical effect at all.
Well, no, as I have just explained to you.
If you think there is a flaw in my explanation, by all means please point it out. We can't properly discuss the big bang if you can't get past basic energy conservation in an example such as a ball falling to the ground.
An atom is a complicated object with lots of different numbers adding up to give what we might call its total energy. We can associate an energy with the mass of the atom, add electrical potential energy in the electric forces that bind its constituents together, add some more potential energy associated with nuclear binding forces, add some kinetic energy due to its various motions (internal and overall external motion), and so on and so forth. And, importantly, some of those potential energies will be negative contributions to the total energy. At the end, we can always add an arbitrary constant $$c$$, chosen at will, and make the total energy zero, if we want to.
You keep speaking as if energy is a glowing substance that we only have so much of, and that this glowing magical substance somehow moves from one object to another. Energy isn't like that. It's just a number. The universe can start with 0 energy, of 1 million energy, or -27.5 energy - whatever is easiest to work with when you want to do an energy conservation calculation.
The question of "how much energy is needed for inflation" is a fairly meaningless one. Energy is an accounting system used to keep tabs on the inflation process. It isn't a substance that gets "used up" as the universe inflates.
Which particular "evidences" are you thinking of here? Can you give some specific examples?
Mathematics is just a tool for analysing the physics and for building a model that explains observations. The success of a physical theory lies not in how mathematical it is, or in what particular mathematics it uses, but in how accurately it models what we observe. That is, the job of the maths is to predict what we would expect to see if the model were correct. We then check the model against real-world data to see whether it matches.
That's more your opinion than fact, is it not? Can you prove your assertion?
Now, if you don't like general relativity, that's just fine. It's just a model that explains the observations, after all. It's not dogma. It's not religion. If you want to replace it, all you need to do is to provide a better model that explains those images etc. at least as well as general relativity does. Don't whine and moan about how much you hate general relativity; just provide a model that works better, or perhaps a simpler model that works at least equally as well.
If it was obvious, as you claim, then the wrong theories would have been tossed out by now. Physicists aren't idiots. Or are you alleging a Grand Scientific Conspiracy to Suppress The Truth?
According to Einstein's model of gravitational waves, the entire world does stretch and contract, with everything in it - just not very much. That's why detecting gravitational waves was such a monumentally difficult experimental challenge.
Magnificent speech I will now sit back and watch the scientific and mathematical worlds crumple.Unfortunately, the fact is scientists always show only what mathematics and statistics show, with twisted reasoning and abstract stupidities that are not even shown in any experiment what so ever.
Magnificent speech I will now sit back and watch the scientific and mathematical worlds crumple.
Your post will surely be world headline news tomorrow.
Alwx
First of all there could be nothing at all-that's the fact, something that does not exist cannot create something that exists-fact, and you will not find this anywhere in the universe, on all levels (from quantum levels to macroscopic levels).
Something that has dimensions cannot exist and expand in nothing that has no dimensions at all!
Energy is not a number
So as usual this boils down to "I don't understand physics so it must be wrong".Yes, physicists are idiots, if they don't take into account such small details that disprove relativity, like with the space and energy.
You laugh at conspiracy theories but the fact is the theorioes that give you funding are the one that get most push-this is the law of money, and it's omnipresent, you don't even try to question and criticize your own religion matehamtics, statistics and science in general-you just accept what you are told.
Yes, you got in before me Alex.Magnificent speech I will now sit back and watch the scientific and mathematical worlds crumple.
Your post will surely be world headline news tomorrow.
Alwx
May I suggest getting a scrap book in which you can "cut and paste" the articles unless anyone objects to that procedure.I am now going out to buy every daily chronicle I can get my hands on, just to read up on this new Einstein we have in our midst!
May I suggest getting a scrap book in which you can "cut and paste" the articles unless anyone objects to that procedure.
Alex
Well its moot there was nothing in the paper.Did you make a serious spelling error?
Did you mean to say scrap or crap?
Please enlighten
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