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Mary Rose
Mary Rose
However, famous scientists such as Noble Prize winner Paul Dirac said that they have to exist and we have to search for these magnetic monopoles, because this is a missing link, and we need it.
Meyl then said that in 2009, the Helmholtz Society, the biggest German research society, found it, and they have opened the way for him and his approach and his calculations.
He said that the Helmholtz Society has only seen that the magnetic monopoles in spin ice, in a special situation, are observable and detectable, but that he has published all the consequences. Meyl said he had to wait for twenty years for this door to be opened.
Link: “Magnetic Monopoles in Spin Ice”
Bedlam
reply to post by dlbott
Tesla had nothing to do with lasers, or as far as I know, "sonics ".
DenyObfuscation
reply to post by dragonridr
Are you familiar with this?
Scalar wave equation in three space dimensions
en.wikipedia.org...
Is this just a mathematical construct? Does it have a place in physical reality?
I'm not even sure what I'm asking. Clueless on this.
Mary Rose
Meyl said Maxwell's 3rd equation is describing magnetic monopoles and that it was okay one hundred years ago to set it at zero because it was appropriate to accept only what had been proved.
But nowadays you have to prove that it is acceptable to set it at zero, and that is not done; it's just stated that the equation is set at zero and we don't have to look at it.
He said this is the problem if you look at mobile phones, which are sending this part. He said they're not measuring, they are not realizing, because, they say, it's up to the equations: It's zero.
dragonridr
Had nothing to do with people stealing anything the man had no head for business at all. Had huge amounts of money coming in had huge investors like JP Morgan. Problem was he experimented with electricity but never truly knew what he had. For example he was so obsessed with trying to transfer power without electric wires he didnt even realize he invented the radio and allowed Marconi to basically invent something using his patents.He really wasnt a scientists he really didnt truly understand the principles behind electricity he was an experimenter at heart. If it involved electricity he played with it and it was at a time when electricity wasnt understood.
Mary Rose
Meyl said Maxwell's 3rd equation is describing magnetic monopoles and that it was okay one hundred years ago to set it at zero because it was appropriate to accept only what had been proved.
But nowadays you have to prove that it is acceptable to set it at zero, and that is not done; it's just stated that the equation is set at zero and we don't have to look at it.
He said this is the problem if you look at mobile phones, which are sending this part. He said they're not measuring, they are not realizing, because, they say, it's up to the equations: It's zero.
Mary Rose
But it's not one vortex, it's two, combined, because you always have expansion on the inside and contraction from the outside - just like a tornado.
Mary Rose
He said that if you have the possibility to describe structures, then you are able to explain what a flashlight is, what a [inaudible] is, what electrical particles, electrons, and other particles are - in contrast to quantum physics, where these particles are all postulated.
Mary Rose
He said that if you use accepted assumptions, and you have no mistake in your derivation, then you have to accept the result.
Bedlam
reply to post by DenyObfuscation
It's expressed as a Laplacian, so you have that scalar term in Mary's early post. It 's a scalar (wave equation ) rather than a (scalar wave) equation if you will.
Mary Rose
Mary Rose
He said that if you use accepted assumptions, and you have no mistake in your derivation, then you have to accept the result.
Meyl went on to say that this is why the potential vortex has to be accepted.
He said that then we have the possibility to discuss these results because in mathematics sometimes we get results that have no reality in physics. We know this has to be proved.
And he said that's why he started with the work of Tesla to reproduce his work, because Tesla had found things that were not explainable by standard physics.
Mary Rose
Meyl said that quantum physics is unable to say where particles are coming from; they postulate it. He said that if they have postulated a particle, they are not able to derive it from something else.
This is the problem: Quantum physics has everything postulated, and they look for something they can put to this postulation - for example another postulation like quarks - so they try to postulate what they have postulated.
Bedlam
Mary Rose
Meyl said that quantum physics is unable to say where particles are coming from; they postulate it. He said that if they have postulated a particle, they are not able to derive it from something else.
This is the problem: Quantum physics has everything postulated, and they look for something they can put to this postulation - for example another postulation like quarks - so they try to postulate what they have postulated.
...and then test it against real world results. And it agrees. Over. And Over. And Over.
On the other hand, what's Meyl done that's verifiable and repeatable? Nada.
Mary Rose
And he said that's why he started with the work of Tesla to reproduce his work, because Tesla had found things that were not explainable by standard physics.
Wave equation
By using the Laplace operator the well-known wave equation, according to the rules of vector analysis, can be taken apart in two parts: in the vectorial part (rot rot E), which results from the Maxwell equations and in a scalar part (grad div E), according to which the divergence of a field pointer is a scalar. We have to ask ourselves, which properties has this wave part, which founds a scalar wave?
If we derive the field vector from a scalar potential ? , then this approach immediately leads to an inhomogeneous wave equation, which is called plasma wave. Solutions are known, like the electron plasma waves, which are longitudinal oscillations of the electron density (Langmuir waves).