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#1
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On Jan 6, 10:30*am, wrote:
Art Unwin wrote: On Jan 6, 12:04*am, wrote: Art Unwin wrote: Now physics forums have moderators with the power to ban questions that challenge existing laws (waves) where as the questions and the poster can be censored and banned. Umm, no. The moderated groups just don't want to be bothered by drooling crackpots and raving mental patients. If someone attempts to post something that has data and math to back up a new idea, it will get posted. If someone attempts to post a bunch of rambling nonsense, it won't. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- It depends on what they consider "nonsense". In my case they quoted QED as being final, so I then tried to see what definition they had on "waves" to see what the property they saw symbolized waves such as helical waves, but they declined to discuss. Or in other words you attempted to post a bunch of ramblings about "helical waves" without any results or math and expected them to spoon feed you the contents of generally available texts such as "QED: The Strange Theory of Light and Matter" by Richard Feynman. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- How can you apply mathematics to an observation that matches observations and conclusions to Faraday, Gauss, Maxwell and others? A Gaussian boundary enclosing static particles can be made dynamic. Same goes for a Faraday cage, both of which utelizes a time varying field for radiation. At the same time Maxwells equations show that for a given volume it must contain radiators that are of a wavelength where the whole array is also resonant for 100% efficiency in radiation. As a lab technition I don't expect you to know the answers but it is clear that in the instance of radiation the rate of change of a charge is that of a particle. Where the determinations of Gauss and Faraday match the equations of Maxwell ignoring the double slit experiment which refers to high frequencies where change of state could occur. Now you and others refer to such findings as nonsence or ramblings but without supplying basis of same because you do not have the knoweledge to explain your position, which is normal for the un educated. You, yourself, have a long experience as a technician but it is really the same experience over and over again thru the years where you have learned to quote the required mantra for a particular niche with little knowledge outside that niche, so your responses are in line with your personal oft repeated experiences. For me, Gaussian mention of static particles and the animated samples of the Faraday cage on the web that also portray particles, both of which one can apply the mathematics of Maxwell, is sufficient for me to represent truth for radiation , despite others who say it is nonsense because, well because they said so. Provide a reasonable rebuttal and you have my attention, otherwise, concentrate on keeping the beakers clean as well as the benches. |
#2
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#3
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On Jan 6, 11:22*am, Lostgallifreyan wrote:
Art Unwin wrote in news:9e8de79b-123c-47fc-9187- : Provide a reasonable rebuttal and you have my attention, otherwise, concentrate on keeping the beakers clean as well as the benches. Ok, you just lost my sympathy with that cheap shot, I don't care that it's not aimed at me. You obviously didn't care about it before when I said I sympathised. You're an idiot, and I'm putting you on the killfile so I don't have to see what you say again. If you really want to win any kind of respect you're on a hiding to nothing the way you're going. You sound like you want to be as arrogant as those you affect to despise appear to you to be. At which point it stops being about science at all. Suit yourself. It was he who used the words "nonsense, ramblings" etc so I threw them back and will always do that. Now you bestow the word "idiot" what should I say in return? For years he has slandered me, just look at his record in the archives. Like many others who are now getting old they seem to magnify their accomplishments and the promotions they should have got for their endevours in life that some, on the West Coast that is, suggest that they can see Russia from their homes just to impress. So now you have become a judge with outstanding qualities, O my! Don't often see people like you in East London as far as I can remember, at least not for long. As for science, all on this group say it is illegal to add a time varying field to a static field to make it dynamic ,which equates to Maxwells equations. If you don't agree with them then they have the license to slam you. Good grief That is their standard on science that they align with. |
#4
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Art Unwin wrote:
On Jan 6, 10:30Â*am, wrote: Art Unwin wrote: On Jan 6, 12:04Â*am, wrote: Art Unwin wrote: Now physics forums have moderators with the power to ban questions that challenge existing laws (waves) where as the questions and the poster can be censored and banned. Umm, no. The moderated groups just don't want to be bothered by drooling crackpots and raving mental patients. If someone attempts to post something that has data and math to back up a new idea, it will get posted. If someone attempts to post a bunch of rambling nonsense, it won't. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- It depends on what they consider "nonsense". In my case they quoted QED as being final, so I then tried to see what definition they had on "waves" to see what the property they saw symbolized waves such as helical waves, but they declined to discuss. Or in other words you attempted to post a bunch of ramblings about "helical waves" without any results or math and expected them to spoon feed you the contents of generally available texts such as "QED: The Strange Theory of Light and Matter" by Richard Feynman. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- How can you apply mathematics to an observation that matches observations and conclusions to Faraday, Gauss, Maxwell and others? With Maxwell's equations, which are a set of four partial differential equations that relate the electric and magnetic fields to their sources, charge density and current density. With Gauss's flux theorem, which is a law relating the distribution of electric charge to the resulting electric field. With Faraday's law of induction which relates the induced electromotive force in a closed circuit to the time rate of change of the magnetic flux through the circuit. However, you can't with arm waving rambling. snip rambling As a lab technition I don't expect you to know the answers I have never in my life been a lab technition (sic). snip rambling You, yourself, have a long experience as a technician You have no clue what experience I have. snip rambling If you want to know why your rambling nonsense is rambling nonsense, read an elementry electromagnetic text such as "Electromagnetics" by Kraus and Carver. Yeah, I know, hundreds of thousands of people who have studied the subject for over a hundred years are all wrong while you have the "Truth" in magic bouncing particles. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- |
#5
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On Jan 6, 12:22*pm, wrote:
Art Unwin wrote: On Jan 6, 10:30*am, wrote: Art Unwin wrote: On Jan 6, 12:04*am, wrote: Art Unwin wrote: Now physics forums have moderators with the power to ban questions that challenge existing laws (waves) where as the questions and the poster can be censored and banned. Umm, no. The moderated groups just don't want to be bothered by drooling crackpots and raving mental patients. If someone attempts to post something that has data and math to back up a new idea, it will get posted. If someone attempts to post a bunch of rambling nonsense, it won't. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- It depends on what they consider "nonsense". In my case they quoted QED as being final, so I then tried to see what definition they had on "waves" to see what the property they saw symbolized waves such as helical waves, but they declined to discuss. Or in other words you attempted to post a bunch of ramblings about "helical waves" without any results or math and expected them to spoon feed you the contents of generally available texts such as "QED: The Strange Theory of Light and Matter" by Richard Feynman. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- How can you apply mathematics to an observation that matches observations and conclusions to Faraday, Gauss, Maxwell and others? With Maxwell's equations, which are a set of four partial differential equations that relate the electric and magnetic fields to their sources, charge density and current density. With Gauss's flux theorem, which is a law relating the distribution of electric charge to the resulting electric field. With Faraday's law of induction which relates the induced electromotive force in a closed circuit to the time rate of change of the magnetic flux through the circuit. Reading the above means nothing, you have to understand it However, you can't with arm waving rambling. snip rambling As a lab technition I don't expect you to know the answers I have never in my life been a lab technition (sic). Keep trying you should be able to master it snip rambling You, yourself, have a long experience as a technician You have no clue what experience I have. O yes I do, I read your postings in the archives to understand what level you are. snip rambling If you want to know why your rambling nonsense is rambling nonsense, read an elementry electromagnetic text such as "Electromagnetics" by Kraus and Carver. You mention Kraus who spent a lot of time messing with radiators that were not in equilibrium. He was bound to the idea of waves that cancel, where if he had considered particles his helix radiators would be in the form of a closed circuit such as a ribbon line where particle vectors are additive. His work on helix antennas are so incomplete since he does not account for all forces involved for radiation. Faraday shield is an excellent example of this where provision is made for displacement current to contain a static field. I have an example of that on my page Unwin antennas where I specifically state the rudiments of current flow. As yet nobody has supplied scientific data to show that flow is otherwise. Thru out the ages it has been understood that the datum line for the laws of physics is the state of equilibrium such that all forces are accounted for. For radio this requires the use of radiators of a full wavelength which supplies equilibrium and resoinance. Yet for some reason many including Kraus has rejected this undeniable fact, Thus when applying Maxwells equations they can never attain 100 percent efficiency. This can ONLY be attained when an array is resonant and in equilibrium as must be the individual radiators that consist same. On top of that, there is no reason that a radiator should be straight only that it is in a state of equilibrium. Think about it in terms of boundary laws that abide with the laws of Newton in every aspect. Model a ribbon helix in equilibrium or a simple helix antenna of Krauss and compare which is the best for yourself instead of being just a follower. Look up Faraday shields on the web and determine how electric fields and magnetic fields are cancelled thus leaving just a time vary current that your receiver can use. Think about how you can accellerate a charge when it is just a field without mass and acts as a wave Use your brain if you have one. Your quotation of Maxwells laws does not impress me one bit as you obviously do not know how to use it because of the lack of understanding. Yeah, I know, hundreds of thousands of people who have studied the subject for over a hundred years are all wrong while you have the "Truth" in magic bouncing particles. No, not all, a Iot is very much disputed outside this group No, it is not my truths! It is those of the masters which are now largely ignored by computer operators and the present day crop of physicists who now rely on probability mathematics as the proof of the truth. And why do you think that Feyman described duality as a"strange theory" which is based solely on the incorrect analysis of an experiment that does not jive with those of the Masters? Frankly, you are not much of a judge with respect to physics. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- |
#6
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Art Unwin wrote:
On Jan 6, 12:22Â*pm, wrote: Art Unwin wrote: On Jan 6, 10:30Â*am, wrote: Art Unwin wrote: On Jan 6, 12:04Â*am, wrote: Art Unwin wrote: Now physics forums have moderators with the power to ban questions that challenge existing laws (waves) where as the questions and the poster can be censored and banned. Umm, no. The moderated groups just don't want to be bothered by drooling crackpots and raving mental patients. If someone attempts to post something that has data and math to back up a new idea, it will get posted. If someone attempts to post a bunch of rambling nonsense, it won't. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- It depends on what they consider "nonsense". In my case they quoted QED as being final, so I then tried to see what definition they had on "waves" to see what the property they saw symbolized waves such as helical waves, but they declined to discuss. Or in other words you attempted to post a bunch of ramblings about "helical waves" without any results or math and expected them to spoon feed you the contents of generally available texts such as "QED: The Strange Theory of Light and Matter" by Richard Feynman. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- How can you apply mathematics to an observation that matches observations and conclusions to Faraday, Gauss, Maxwell and others? With Maxwell's equations, which are a set of four partial differential equations that relate the electric and magnetic fields to their sources, charge density and current density. With Gauss's flux theorem, which is a law relating the distribution of electric charge to the resulting electric field. With Faraday's law of induction which relates the induced electromotive force in a closed circuit to the time rate of change of the magnetic flux through the circuit. Reading the above means nothing, you have to understand it Yep, which you obviously don't. However, you can't with arm waving rambling. snip rambling As a lab technition I don't expect you to know the answers I have never in my life been a lab technition (sic). Keep trying you should be able to master it snip rambling You, yourself, have a long experience as a technician You have no clue what experience I have. O yes I do, I read your postings in the archives to understand what level you are. Oh, no you don't and you have no clue what I have done, what I do, or what credentials I might have as I don't post such information. snip ravings about "equilibrium" I have yet to see a single equation from you that supports ANY of your ranting nonsense. snip ravings about "masters" and ignored "truth" revealed only to you -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- |
#7
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On Jan 6, 7:49*pm, wrote:
Art Unwin wrote: On Jan 6, 12:22*pm, wrote: Art Unwin wrote: On Jan 6, 10:30*am, wrote: Art Unwin wrote: On Jan 6, 12:04*am, wrote: Art Unwin wrote: Now physics forums have moderators with the power to ban questions that challenge existing laws (waves) where as the questions and the poster can be censored and banned. Umm, no. The moderated groups just don't want to be bothered by drooling crackpots and raving mental patients. If someone attempts to post something that has data and math to back up a new idea, it will get posted. If someone attempts to post a bunch of rambling nonsense, it won't. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- It depends on what they consider "nonsense". In my case they quoted QED as being final, so I then tried to see what definition they had on "waves" to see what the property they saw symbolized waves such as helical waves, but they declined to discuss. Or in other words you attempted to post a bunch of ramblings about "helical waves" without any results or math and expected them to spoon feed you the contents of generally available texts such as "QED: The Strange Theory of Light and Matter" by Richard Feynman. -- Jim Pennino Remove .spam.sux to reply. --- news://freenews.netfront.net/ - complaints: --- How can you apply mathematics to an observation that matches observations and conclusions to Faraday, Gauss, Maxwell and others? With Maxwell's equations, which are a set of four partial differential equations that relate the electric and magnetic fields to their sources, charge density and current density. With Gauss's flux theorem, which is a law relating the distribution of electric charge to the resulting electric field. With Faraday's law of induction which relates the induced electromotive force in a closed circuit to the time rate of change of the magnetic flux through the circuit. Reading the above means nothing, you have to understand it Yep, which you obviously don't. However, you can't with arm waving rambling. snip rambling As a lab technition I don't expect you to know the answers I have never in my life been a lab technition (sic). Keep trying you should be able to master it snip rambling You, yourself, have a long experience as a technician You have no clue what experience I have. O yes I do, I read your postings in the archives to understand what level you are. Oh, no you don't and you have no clue what I have done, what I do, or what credentials I might have as I don't post such information. snip ravings about "equilibrium" I have yet to see a single equation from you that supports ANY of your ranting nonsense. and you never will. just generic hand waving and wild rants with no basis in reality. |
#8
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snip
I have an example of that on my page Unwin antennas where I specifically state the rudiments of current flow. As yet nobody has supplied scientific data to show that flow is otherwise. Thru out the ages it has been understood that the datum line for the laws of physics is the state of equilibrium such that all forces are accounted for. For radio this requires the use of radiators of a full wavelength which supplies equilibrium and resoinance. Yet for some reason many including Kraus has rejected this undeniable fact, Thus when applying Maxwells equations they can never attain 100 percent efficiency. This can ONLY be attained when an array is resonant and in equilibrium as must be the individual radiators that consist same. On top of that, there is no reason that a radiator should be straight only that it is in a state of equilibrium. snip Art, I think this paragraph may be one of the reasons for all the protests. It isn't necessary to achieve 100% efficiency or to use a full wavelength radiator in order to broadcast (or receive) a radio signal. It may be desirable, but it isn't necessary. Modern equipment has sufficient power to overcome the inefficiencies when transmitting and can hear signals well below the noise floor when receiving. A 50% efficient antenna is fine for most applications and perhaps 10% or less will do at a pinch. The patent office floors are littered with designs for better, more effective mousetraps, but that 99 cent (pence) bit of wood with a powerful spring will kill mice just as dead. :-) The particle wave duality of electromagnetic waves was settled back in the 1930's and further refinements have only gone on to prove that electromagnetic waves act as both particles and waves depending on circumstances and measurement. There is nothing wrong in considering the generation of an electromagnetic wave using particles, so long as the end results are in agreement with measurements taken using standard scientific equipment. If your antenna calculations show 100% power transfer to the antenna and 100% power radiated, then that should be capable of being substantiated by standard measuring techniques in the near and far fields. If your antenna only shows these readings when a similar receiving antenna is used and attached to the measuring equipment (rather than a standard dipole) then you have either invented an entirely new field of physics, or the calculations are wrong. I'm sure your compact antennas do perform better than others contained within similar physical dimensions. A full wavelength resonant radiator must theoretically be better than a fractional or loaded system. But proving that it is worthwhile, better and more convenient to Joe Public is a much harder sell. Your ideas about particles might be correct, but do they give a better understanding and predictions of antenna behaviour than the currently accepted theories? In order to succeed, I would suggest that your theory would need to match all current observations but then go on to make some new predictions about antennas which can be measured and verified. That is the way that western science has progressed since the Greek philosophers tried to explain the world around them. Some Asian cultures are allegedly more amenable to accepting that some things in the world are just the way they are and require less stringent proof. It allowed them to leapfrog the West and make significant practical developments of everyday useful stuff without worrying about how it all worked exactly. The only problem with this approach is that if you hit a wall in development, it usually isn't clear how to make further improvements or solve the problem except by trial and error. Keep up the good work. Regards Mike G0ULI |
#9
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On Jan 7, 2:13*am, "Mike Kaliski" wrote:
Art, I'm sure your compact antennas do perform better than others contained within similar physical dimensions. Mike G0ULI WHAT antennas would those be? |
#10
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On Jan 6, 9:31*pm, Bill wrote:
On Jan 7, 2:13*am, "Mike Kaliski" wrote: Art, I'm sure your compact antennas do perform better than others contained within similar physical dimensions. Mike G0ULI WHAT antennas would those be? He clearly stated fractional and loaded antennas. What is so hard to read what he stated? |
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