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originally posted by: Arbitrageur
If the sun had a positive voltage of billions of volts as electric sun proponents claim, wouldn't it attract electrons?
why is it not called the Energy Universe theory...electricity is just one mechanism of action at play
originally posted by: Dolour
why is it not called the Energy Universe theory...electricity is just one mechanism of action at play
Gravity is due to radially oriented electrostatic dipoles inside the Earth’s protons, neutrons and electrons. [18]
www.holoscience.com...
originally posted by: Mary Rose
I believe the rationale is that magnetism is dependent upon the electric force to exist.
originally posted by: Mary Rose
Since the atom is mostly space, and the space both inside and between atoms is filled with energy, I have no quarrel with the term "energetic universe."
originally posted by: Serdgiam
I think its important to understand that alternative science (I dont like the term pseudo-science, for what its worth) is several decades behind mainstream science. However, they tend to see current scientific stances strictly in the light of the 1950s and tend to not explore modern advances in any way.
I would say that proponents of Alternative Science could use scientific method training more than Astronomers needing EU education.
originally posted by: Serdgiam
Please attempt to at least partially limit how many assumptions are made.
I am an "alternative scientist" in a technical sense.
I was not speaking about individuals, I was speaking about social groups. More specifically, the people who tend to scream the loudest on this topic (from both sides) dont tend to have any scientific experience at all. Most have not even done a single experiment to test out their ideas and hypotheses.
And, I am speaking specifically about the scientific method, not plural. I am also talking about the core method of exploration and not the industrialized, bastardized version.
It already is. The sources implying it's not are unreliable. Do your research and find out for yourself. I'll bet you can't find a professional astronomer without electric theory training.
originally posted by: Mary Rose
It seems obvious that electric theory should be incorporated as part of the science of astronomy.
Nobody citing Haramein as anything but nonsense is a reliable source of information regarding physics.
originally posted by: Dolour
but rest assured that i am a reliable source of information when it comes to physics...
have a whack on the equations provided by hamarein(thats what i was refering to regarding the descrete values for describing spacetime), i must say that its an amazing find!
There's been a lot of talk about Nassim Haramein's physics on this blog over the past few months. I'm intending to wrap up the saga with this little post. Wish me luck.
There are six previous posts: an introduction, the original article questioning his legitimacy as a scientist, observations of his approach to mathematics, a detailed look at his current flagship physics paper, a collection of extracts from grossly misleading presentations, and a more personal article about why I started writing all this in the first place. Number seven seems like a good place to end.
I've focused throughout on Haramein's physics. Why physics? Because he claims to be doing serious science, and his institution claims to be revolutionising our physical understanding of the world. If his physics is as awful as I'm saying it is, then that is a very serious bit of misselling.
If fancy physics isn't your cup of tea, there's no shortage of blatant examples of misunderstanding of basic physics that you might get more sense out of. I'd encourage anyone to sit down with their cup of tea and investigate these things further.
originally posted by: Arbitrageur
Nobody citing Haramein as anything but nonsense is a reliable source of information regarding physics.
Bobathon is a fairly reliable source of information when it comes to physics, and he explains the problems with Haramein's catastrophe.
Mass of an actual proton: 1.67 trillionths of a trillionth of a gram
Mass of Schwarzschild proton: 885 million metric tonnes
When wind blows, it's accelerated. Without the wind blowing, air is still. without something speeding up the still particles (accelerating them), wind wouldn't blow. The implication that mainstream and NASA think particles don't accelerate away from the sun is false.
originally posted by: Mary Rose
He said a solar wind is not blown from the surface of the sun; it accelerates away from the sun.
We investigate the effects of kinetic wave-particle interactions on the solar wind using a global hybrid model. The model follows the evolution of the particle distributions along an inhomogeneous field line under the influence of wave-particle interactions, an am-bipolar electric field that is consistent with the particle distributions themselves, and Coulomb collisions. This represents the “first results” of global evolutionary study of the solar wind that take into account these kinetic effects. The model can account for the bulk acceleration of the solar wind, the preferential heating of the helium ions over the protons, as well as the occasionally observed double-peaked proton velocity distributions.
Liquid universe? What?
originally posted by: Dolour
he clearly didnt understand what hamarein was saying in the first place...
were still talking liquid universe right?
So he admits it's wrong he made a graph that shows the standard proton falls off his trend line, but he puts his incorrectly predicted value on a trendline. As nice as he thinks it is to have the value on the trendline, that's not the value of the proton that's measured, hence being on the trendline doesn't make it right. It's wrong and he knows it and if you read his explanation he really doesn't deny it. And he didn't say "liquid universe". I think you're the one who hasn't researched this; I spent a whole weekend reading both sides of this debate a few years ago.
“The nucleus of a single atom of hydrogen has a mass of nearly a billion tons.”
As the gentleman points out, this may be a silly thing to predict. Obviously, I thought of modifying G and the Planck’s scale so that the Schwarzschild Proton mass would come out to the standard value (as others have done arxiv.org...), however my point in this paper is actually to show (and this is why I added a scaling graph) that objects in the Universe from universal size to subatomic particles tend towards the Schwarzschild condition as demonstrated by the scaling graph in the paper. It was clear to me when I first made the calculation that this would be an issue, and this is exactly why I included a graph based on observational data of the mass of objects in the Universe from universal size to quasars, galactic structures, stellar size objects and so on to see if the Schwarzschild proton mass had any merit whatsoever. Since the initial calculation I have made with the collaboration of Dr. Hyson, we have made many graphs, attempting to find a way to show the standard proton mass to be related to the rest of the objects in the Universe including the Planck’s mass. But in every case, whether it is the log of the mass versus the log of the surface area or the log of the mass versus surface volume ratio, or mass versus entropy (surface), the Schwarzschild condition proton falls nicely on the trend line (in some cases where we have a multitude of objects from Universal size to quasars, large galactic clusters, local superclusters and so on), while the standard model proton always falls completely off the trend line.
If your theory comes up with a mass of the proton that doesn't match observation, your theory is wrong.
The thing about the measured mass of the proton is that it's always equal to the measured mass of the proton. It's an exceptionally precisely known and unerringly consistent value, and whether or not the standard model predicts it, all theories of physics have to use it. The whole point of science is that it is attempting to reflect nature. As Carl Sagan puts it, "Whatever is inconsistent with the facts, no matter how fond of it we are, must be discarded or revised."
originally posted by: Arbitrageur
Liquid universe? What?
Haramein responded to the problem in his paper about the mass of the proton, and he said "this may be a silly thing to predict", but he never really refuted that it's the wrong value, in fact he confirms it:
that's not the value of the proton that's measured, hence being on the trendline doesn't make it right.
It's wrong and he knows it and if you read his explanation he really doesn't deny it. And he didn't say "liquid universe". I think you're the one who hasn't researched this; I spent a whole weekend reading both sides of this debate a few years ago.
So Haramein introduces us to the Schwarzschild proton. This is a black hole with a mass of 8.85 x 10^14 gm. In plain English, this is 885 million metric tonnes.
This reason this mass is chosen is that it's the mass that a black hole would need to have in order for it to have the same radius as a proton.
The whole paper is based on that mass 8.85 x 10^14 gm, and it looks like he's saying that mass applies to the Schwarzschild proton here:
originally posted by: Dolour
THIS then gets you this weired value of 4.98 x 10^55 gm and NOT 8.85 x 10^14 gm(wich is the mass an object that size needs to become a "black hole")
nowhere does haramein claim protons would have that mass, but that they are FAR heavier and therefore must obey the schwarzschild condition)!
how could you possibly have missed that if youd ever read the paper in question?
Again this is referring to nearly a billion tons, "to form a Schwarzschild proton", to use Haramein's words.
the ratio of the quantity of density of the vacuum in the volume of a proton, Rp=4.98x10^55 to the quantity sufficient for the proton to meet the Schwarzschild condition, M=8.85x10^14 gm is
M/Rp = 1.78 x 10^-41
Therefore, only 1.78x10^39% of the mass-energy density of the vacuum is required to form a Schwarzschild proton.
originally posted by: Arbitrageur
The whole paper is based on that mass 8.85 x 10^14 gm, and it looks like he's saying that mass applies to the Schwarzschild proton here
Now if that's not clear enough for you, look at his graph which leaves zero doubt that he is indeed plotting the mass of the Schwarzschild proton as far different from the mass of the actual "standard" proton:
While I agree his fantasy mass fits better on the trendline, it's not the mass which is measured, so it's wrong. The graph clearly shows he knows it's not the measured value since he shows the measured value way off the trendline as "standard protion".
the ratio of the quantity of density of the vacuum in the volume of a proton, Rp=4.98x10^55 to the quantity sufficient for the proton to meet the Schwarzschild condition, M=8.85x10^14 gm is M/Rp = 1.78 x 10^-41
Therefore, only 1.78x10^39% of the mass-energy density of the vacuum is required to form a Schwarzschild proton