keshe, on Aug 2 2009, 05:42 AM, said:
Can one know where this electron has to come from for proton to capture it?
Secondly where did the protons has to come from to capture the electron?
Well as far as we (or I guess, more correctly, ``I'') know, electrons and protons are stable. Neutrons are not: a free neutron will decay. But this is irrelevant: a slow moving proton (perhaps ejected from a radioactive atom) can capture a suitably slow-moving electron (perhaps ejected via Bremsstrahlung from a metallic surface, or whatever) and make a stable hydrogen atom. You don't need anything at the future `core' of this atom - the video seems to imply that you need some neutron or something for an atom to form around.
keshe, on Aug 2 2009, 05:42 AM, said:
This is exactly why one switches the video off because, one does not know and is not open to listen to how proton and electrons are created to start with.
So the universe started off as a bunch of neutrons, many of which subsequently decayed into protons and electrons?
keshe, on Aug 2 2009, 05:42 AM, said:
In fact if you listen to all five videos in sequence and read the book as a large number of scientists have been doing in the past two weeks, we have explained for the first time that quarks of a plasma are created through interaction of magnetic fields which they create their own magnetosphere as planet earth does, thus what we see as quarks, these are independent plasmas, thus the three quarks in their appearance are in reality Matter, the Antimatter, and dark Matter components of the plasma.
Sorry, I am impatient. If something makes no sense, and is completely contradictory to my knowledge of physics, my first reaction is usually not to read/watch all the other material on the subject. Even this short piece of your post makes no sense: The earth has a magnetic field; the magnetosphere is a special region of this field where there are lots of ionized particles (the ionosphere, in the upper atmosphere); ionized particles interact strongly with magnetic fields, this has a variety of effects (van Allen radiation belts, aurora borealis, etc.). Elementary particles DON'T have magnetospheres. They have more or less homogeneous, axially-symmetric magnetic fields.
keshe, on Aug 2 2009, 05:42 AM, said:
In book it has been explained that, the new elementary particles of the plasma( this being, neutron, proton or electron) are in fact plasmatic magnetic fields and not what has been assumed up to now to be quarks
Really? So the simple explanation that all the vast, vast, vast library of exotic high-energy particles are made up of simple combinations of only six quarks is wrong? And these particles are distinct versions of a `plasmatic magnetic field'?
keshe, on Aug 2 2009, 05:42 AM, said:
The new understanding of the structure of quarks, now it can be explained that why we see spines of quarks, these are the same as the spine of magnetosphere of the earth.
I don't know what `the spine' of a quark is. Perhaps you are referring to a preferred direction? I thought the old theory was quite satisfactory: {magnetism} is a result of {electric charge} + {motion}, the presence of {motion} breaks spatial symmetry and therefore introduces a preferred direction. To be specific: electric fields, depending only on {electric charge} can be spherically symmetric; but magnetic fields can be at best axially symmetric.
keshe, on Aug 2 2009, 05:42 AM, said:
Antimatter is a tangible entity, Fermilab can confirm that to you, as they confirmed that they have capture a large number of these and have made special containment method and facility for them.
Absolutely.
keshe, on Aug 2 2009, 05:42 AM, said:
Thus the scientists who have advocated in the past and have put forward the concept that in the collision of matter and anti matter, there is only the realise of energy, and then nothing is left, then by knowing antimatter is a tangible entity and matter being a tangible entity too, then when two tangible entity collide , there is nothing left , but some release of energy, this concept by these scientist can not be correct.
No. Like I said before: E = mc
2. `m' is mass, which I guess is what you call `tangible', and `E' is energy. You can directly convert mass into energy. This is precisely, exactly, 100% what is observed in matter/anti-matter interactions. This is precisely, exactly, 100% how nuclear and thermonuclear reactions work.
keshe, on Aug 2 2009, 05:42 AM, said:
This is the same when antimatter collides with the matter, yes there will be some energy released, but in fact, the antimatter will absorb the magnetic field of the matter and they amalgamate and the stronger which is the matter will carry on as before.
I am not a particle physicist. But as an undergrad I had an opportunity to look at some bubble-chamber data from SLAC. This is where they collide high-energy particles, matter, and anti-matter together in a chamber of low-temperature gas. As the high-energy particles blast through the gas, they create bubbles tracking their motion - and these bubbles are photographed by cameras. If you trace out the trajectories of these bubbles you can,
with a ruler and a pencil, calculate the mass, charge, and speed of the particles. And everything works, according to the normal theory. You see spots where two particles intersected and then just disappeared (a matter/anti-matter collision, since the energy released doesn't create bubbles).
You can spin out all the videos, books, and seemingly-logical arguments you like. But until you can give me some experimental data, a short set of simple rules, and some basic calculating equipment and I will be able to figure out exactly what happened in the experiment, I'm placing my bets on the side of `main-stream science'
keshe, on Aug 2 2009, 05:42 AM, said:
I am sure one does not need the basic quantum physic for one to understand this effect.
Yeee-ouch. You are talking about the
behaviour inside atoms and you think one DOESN'T need quantum mechanics?
keshe, on Aug 2 2009, 05:42 AM, said:
We know there is a lot of un- easy in the top levels of scientific community in regard to understanding that quarks are not the fundamental and the assumed elementary particles by release of this new book, as they have been thought in the recent past.
But what amazes us, is that how difficult its is for these scientists to analyse the facts put forward in the book. You can not analyse it if you do not read first.
You can't expect Scientists to read everything someone puts forward, unless it is in a peer-reviewed scientific journal.
But I will extend the olive branch: I am a scientist. And like Jerry Maguire (well, I guess Rod Tidwell) said `show me the money', I will say `show me the math'. If you can summarize your theory of plasma in a few equations, I will examine it, and if necessary, show it to my friends in the plasma physics and quantum chromodynamics groups.
keshe, on Aug 2 2009, 05:42 AM, said:
Your comments are correct in respect to the knowledge of the past and not the knowledge and systems which we have developed and will be demonstrating in events which we have announced in the coming month.
Well I look forward to seeing it, and to being proved wrong.