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Originally posted by Arbitrageur
Originally posted by ImaFungi
Also it keeps me up at night thinking about EM radiation (yes I have read wiki explanation 50 times).
If that's what you got from reading the Wiki article 50 times, you're not a very careful reader. It does mention photons.
Originally posted by ImaFungi
Oh, so EM radiation is quarks and electrons.
en.wikipedia.org...
The photon is the quantum of the electromagnetic interaction, and is the basic "unit" or constituent of all forms of EMR.
Originally posted by buddhasystem
Originally posted by ImaFungi
Originally posted by buddhasystem
Quarks are not observable by themselves. We detect particles in final states, but not really quarks themselves.
The reason being the measurement? The apparatus that measures the particles forces them to be particles at the moment of measurement? This has to do with uncertainty principle and wave function collapse?
No. We would have seen a phenomenon like that, due to a different pattern of what you describe. There are terms like "hadronization" and "fragmentation" which are used to describe "dressing up" of quarks and creation of hadrons. This happens very quickly after the quarks scatter. It was thought that at RHIC semi-free quarks would exist for a longer period of time due to a phase transition in nuclear matter (the so-called quark-gluon plasma), but we found that the gluon density distribution was not in fact what people guessed. As a result, there is the "perfect fluid" created after a nuclear collision. We can even estimate the lifetime of this object using HBT interferometry (turned out to be small), and measure the kinematic parameters of how things scatter. We detected flow in the nuclear matter. But the topic is way too vast to be discussed in the present format in any meaningful manner, so I recommend you google RHIC and QGP. Also see this page at BNL. There is also a brief video there.
edit on 13-2-2013 by buddhasystem because: (no reason given)
Originally posted by ImaFungi
That explains nothing... You have no idea what EM radiation is. If you did you would be able to tell me from a level of understanding. You cannot do this, because you do not understand.
Zen. Or Mahayana. Or whatever. It's Tathagata.
Originally posted by Arbitrageur
I'm not sure why you think it sounds reasonable...based on what? This is the filter of yours I don't understand again.
Originally posted by Arbitrageur
The Peswiki article you found helpful explained how the Leedskalnin experiment in the video was completely explainable...and the Earth's rotation is also completely explainable without magnets from the sun.
Originally posted by Arbitrageur
If the explanation was posted on Peswiki, would that help?
Originally posted by Mary Rose
So, I trust my gut and the independent scientists who are self-educated more than mainstream science.
Originally posted by Mary Rose
I like this exchange:
. . . I had a thought that might help Sterling. He could sell measurement protocols developed by experts to budding free energy inventors. His NEST group would then screen all claims against whether or not the claims had first been tested using those protocols. I think that there are at least a few experts who would willingly help Sterling get those protocols written up as a favor to help keep this site going.
atoms are composed of n/s monopoles and what I call a particle of matter, it's this particle of matter that determines what element the atom will become.
Originally posted by DenyObfuscation
Can you please explain HOW this particle of matter determines the element?
. . . In the core of every atom is a particle of matter, which represents one of the many elements from the periodic table. Each element has its own unique properties that differ from other elements, and no two elements are identical. The unique properties of each element are determined by the amount of magnetic lines of force that element is able to hold and the lines’ relative positions from the core of the element. These are what create the different frequencies of the electromagnetic spectrum, as well. This difference also affects how the elements react with each other and how atoms transform energy from one form to another.
Fig 5.
Elements’ magnetic field lines
Ref A of Fig 5 represents element A and shows what an atom would look like if you were able to see it. Only a small portion of the element is shown in this illustration. Element A has many magnetic lines of force, each of which represents a different frequency of the electromagnetic spectrum and also creates the atom’s magnetic field, resulting in a magnetic dipole.
Ref B represents element B. Notice the difference between it and element A in terms of the number of magnetic lines of force that each element has and their relative positions from their atoms’ nuclei. This is why atoms are able to transform energy into different frequencies of the electromagnetic spectrum; it’s due to the relative positions and the diameters of their magnetic lines of force.
Ref C shows that the closer the magnetic lines of force are to the atom’s nucleus, the smaller their diameter will be. A small-diameter magnetic line of force creates a short wavelength, high frequency, circular polarized electromagnetic wave in the gamma ray region of the electromagnetic spectrum. The farther the magnetic lines of force are from the atom’s nucleus, the larger their diameter is. These large diameters create circular polarized, low-frequency waves in the microwave region of the electromagnetic spectrum.
Originally posted by buddhasystem
Your post to Arb:
Originally posted by ImaFungi
That explains nothing... You have no idea what EM radiation is. If you did you would be able to tell me from a level of understanding. You cannot do this, because you do not understand.
I find this assertion doubtful. While few people can claim a perfect understanding of some advanced physics, the photon is a concept that's relatively basic, and it relates to quantization of the field. Now, it's 100% true that nobody knows just WHY the field is being quantized. That part of physics is totally Zen. Or Mahayana. Or whatever. It's Tathagata. This is the top level of knowledge we have now. For now.
I do recommend once again that you spend time reading basic physics texts and doing problems. You will be amazed how much insight you will get.
In the core of every atom is a particle of matter, which represents one of the many elements from the periodic table. Each element has its own unique properties that differ from other elements, and no two elements are identical.
theoryofeverythingsolved.com...
Originally posted by Phage
reply to post by buddhasystem
Zen. Or Mahayana. Or whatever. It's Tathagata.
Rishathra? No. I guess not. never mind.
Originally posted by ImaFungi
Originally posted by Phage
reply to post by buddhasystem
Zen. Or Mahayana. Or whatever. It's Tathagata.
Rishathra? No. I guess not. never mind.
I would have liked to hear your insight on the topics weve been discussing. But I guess there is little need for discussion when you know it all.
Originally posted by buddhasystem
Originally posted by ImaFungi
Originally posted by Phage
reply to post by buddhasystem
Zen. Or Mahayana. Or whatever. It's Tathagata.
Rishathra? No. I guess not. never mind.
I would have liked to hear your insight on the topics weve been discussing. But I guess there is little need for discussion when you know it all.
Wait, you just told one of your interlocutors that he doesn't know jack about EM radiation, despite being offered quite helpful information by them and by myself - which you declined to peruse with laughable hubris. It is you who rejected the useful discussion then.
Let's recap. You said you read the wiki on EM 50 times. One of your questions was whether mass was lost in creating EM energy, and I didn't think a certain factoid which answered your question at least in part was in the wiki on EM, so I tried to politely answer your question thusly:
Originally posted by ImaFungi
Can you take off your training wheels and tell me from you own knowledge and comprehension of the model and the universe what EM radiation is?
Originally posted by ImaFungi
When EM radiation is emitted/produced does the system that produced it lose energy and mass?
Instead of acknowledging the answer, which seems to me to answer at least one of your questions, your reply consisted of this:
Originally posted by Arbitrageur
reply to post by ImaFungi
I'm not sure if this is what you're looking for:
Energy Generation in the Solar Interior
every second the Sun converts 600 million metric tons of hydrogen into 596 million metric tons of helium and 4 million metric tons of mass into energy.
If this is a sincere question, then I have no idea why you would make any inference between the conversion of mass into energy and the galactic rotation. This is a cognitive leap that I can't even begin to understand, and I doubt any explanation anybody can give you will resolve such cognitive leaps if they are actually part of your thinking process.
Originally posted by ImaFungi
Is that what causes the sun to revolve around the black hole at the center of the galaxy? is that what causes all stars to keep stable orbits around the center of the galaxy?
Originally posted by ImaFungi
No you didnt want to discuss. You wanted to show me links to things I have read before.
Oh, so EM radiation is quarks and electrons. quarks and electrons disintegrate into EM radiation.
Originally posted by buddhasystem
Originally posted by ImaFungi
No you didnt want to discuss. You wanted to show me links to things I have read before.
It is obvious that you don't pay attention to what you read (to put it mildly), and you neglect to make logical connections between the areas of physics involved. For example, you were presented with a reference to the fusion process in the Sun, and how the energy provided this way ends up emitted as EM radiation. Here is what you replied to it:
Oh, so EM radiation is quarks and electrons. quarks and electrons disintegrate into EM radiation.
This is just bizarre. Why did you have to drag electrons and quarks into that? Why do you assume that quarks disintegrate? Is it so difficult to read up on quarks, electrons and physics of the Sun? I agree with you on one issue - indeed, providing links to you does not seem to serve a useful purpose.
So, scientists are wrong about the big bang therefore the Earth's rotation is caused by magnets coming from the sun because Mary has a gut feeling.
Originally posted by Mary Rose
Mainstream science has a lot of explanations that turn out to be wrong. The Big Bang explanation saying that there was nothing and then a creation event is stupid in my view. So, I trust my gut and the independent scientists who are self-educated more than mainstream science.
On the other hand, if a bunch of magnets shooting out of the sun were discovered, they might actually get more funding to explore the newly discovered phenomenon.
Originally posted by Mary Rose
At least I would know the explanation were probably less apt to be part of an attempt to keep funding coming in for an established livelihood for certain folks.
Originally posted by Arbitrageur
If the explanation was posted on Peswiki, would that help?