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Originally posted by Mary Rose
b. Electromagnetic radiation of any wavelength.
Originally posted by IntegratedInstigator
These dictionaries are going to be defining light as per the current modern understanding of it. Mr Gaedes theory is a new attempt at describing light differently.
Originally posted by Mactire
One of the experiments was; they aimed sound waves at a wall and then placed a sheet of glass between the wall and the sound source with holes in it. In a nutshell: While filming and viewing the experiment, the soundwaves did as expected and went through all the holes, bounced around, and some of them made it back through to the sound source. When the experiment wasn't being filmed or watched, the sound patterns and their returns behaved in a completely different way.
Originally posted by Mary Rose
Originally posted by Mary Rose
b. Electromagnetic radiation of any wavelength.
Originally posted by IntegratedInstigator
These dictionaries are going to be defining light as per the current modern understanding of it. Mr Gaedes theory is a new attempt at describing light differently.
I don’t see him changing the definition of light as the entire EM spectrum. I see him simply challenging the accepted models of a particle, wave, or wave-packet and offering the new model of a rope that permanently binds any two atoms in the Universe.
reply to post by Mary Rose
You’re saying he’s actually changing the definition of “EM radiation of any wavelength”?
Originally posted by IntegratedInstigator
Essentially he is saying that light is not a transverse wave or a particle as its currently accepted.
Maxwell's equations lead to the prediction of electromagnetic waves in a vacuum, which are transverse (in that the electric fields and magnetic fields vary perpendicularly to the direction of propagation).[2] However, waves can exist in plasma or confined spaces. These are called plasma waves and can be longitudinal, transverse, or a mixture of both.[2][3] Plasma waves can also occur in force-free magnetic fields.
What I call “scalar waves” are pure longitudinal EM waves (LW).
SCALAR WAVES
. . . So EM theory is thoroughly and seriously flawed, from the ground up. . . .
Originally posted by Mary Rose
1. Mathematical physicists use particles, waves, and wave-packets (photon) to model light despite that everyone knows them to be incorrect. The wave and the wave-packet are invalid scientific hypotheses. The particle is a valid model, but experiment and observation have debunked it countless times.
2. Classical and quantum waves and particles cannot explain a single significant static or dynamic property of light. Only a rope-like configuration can simultaneously generate push and pull and simulate most if not all observations.
3. Mathematical physicists routinely use the planetary model of the atom despite that everyone knows it to be incorrect. The wave, wave-packet, and probability-cloud models of the electron don’t qualify as scientific exhibits.
4. The electron is a balloon-like entity that envelopes the hydrogen atom and is made from threads converging on it from every atom in the universe. This model accounts for the observed properties of the atom.
5. The proton and the neutron are not discrete particles. They are convergence points respectively of threads and ropes that interconnect these entities with every atom in the universe. The role of the neutron is not to keep protons apart as alleged by the mechanics. The neutron is simply a necessary byproduct of ropes crisscrossing the Universe.
Originally posted by Mary Rose
reply to post by IntegratedInstigator
Another thing I've thought about is that he doesn't mention longitudinal waves. From Wikipedia:
Maxwell's equations lead to the prediction of electromagnetic waves in a vacuum, which are transverse (in that the electric fields and magnetic fields vary perpendicularly to the direction of propagation).[2] However, waves can exist in plasma or confined spaces. These are called plasma waves and can be longitudinal, transverse, or a mixture of both.[2][3] Plasma waves can also occur in force-free magnetic fields.
Waves in plasmas are an interconnected set of particles and fields which propagates in a periodically repeating fashion. A plasma is a quasineutral, electrically conductive fluid. In the simplest case, it is composed of electrons and a single species of positive ions, but it may also contain multiple ion species including negative ions as well as neutral particles. Due to its electrical conductivity, a plasma couples to electric and magnetic fields. This complex of particles and fields supports a wide variety of waves.
And what about scalar waves?
What I call “scalar waves” are pure longitudinal EM waves (LW).
SCALAR WAVES
. . . So EM theory is thoroughly and seriously flawed, from the ground up. . . .
Originally posted by nii900
and in somewhat longer version www.youtube.com...
Electron Filmed for First Time
Scientists have filmed an electron in motion for the first time, using a new technique that will allow researchers to study the tiny particle's movements directly.
Previously it was impossible to photograph electrons because of their extreme speediness, so scientists had to rely on more indirect methods. These methods could only measure the effect of an electron's movement, whereas the new technique can capture the entire event.
Extremely short flashes of light are necessary to capture an electron in motion. A technology developed within the last few years can generate short pulses of intense laser light, called attosecond pulses, to get the job done.
"It takes about 150 attoseconds for an electron to circle the nucleus of an atom. An attosecond is 10^-18 seconds long, or, expressed in another way: an attosecond is related to a second as a second is related to the age of the universe," said Johan Mauritsson of Lund University in Sweden.
Using another laser, scientists can guide the motion of the electron to capture a collision between an electron and an atom on film.
The length of the film Mauritsson and his colleagues made corresponds to a single oscillation of a wave of light . The speed of the event has been slowed down for human eyes. The results are detailed in the latest issue of the journal Physical Review Letters.
Mauritsson says the technique could also be used to study what happens in an atom when an electron leaves its shell.
Originally posted by IntegratedInstigator
When your understanding is flawed from square one, it inevitably leads to all sorts of extreme cases that require round about explanations.
The electron is the first elementary particle, from both the physical and the historical point of view. It is the door to the microworld, to the physics of elementary particles and phenomena. This book is about electron models.
The year 1997 marked the centenary of the discovery of the electron as a particle by J.J. Thomson. We have already passed the centenary of Planck’s great discovery and the beginning of quantum physics; 2001 marked the 75th anniversary of Schrödinger’s equation and the beginning of quantum mechanics, while the year 2003 was the 75th anniversary of the Dirac equation and Dirac’s model of the electron.
Today the most widely used theoretical approaches to the physics of the electron and atom are quantum mechanical and field theoretical models based on the non-relativistic Schrödinger and the relativistic Dirac equations and their probabilistic interpretation. This is the basis of modern quantum field theory. More than 75 years is a long time for a physical theory! This theory is the basis for all contemporary calculations of physical phenomena.
After 75 years most physical theories tend to be supplanted by new theories, or to be modified. The theory’s successes, as well as its difficulties, are now evident to specialists. There is no proof of the uniqueness of the quantum field theory approach to the model of the electron and atom. Are other approaches possible? Quantum field theory may be sufficient to describe the electron, but is it necessary? This theory and its mathematics are very complicated; can we now propose a simpler construction? Is the electron an extended structure, a compound object made up of sub-particles, or is it a point-like elementary particle, which does not consist of any sub-particles? What is the limit of application of modern classical physics (based either on the corpuscular or wave model) in the description of the electron? These and many other questions remain without definitive answers, while experiments on quantum entanglement have given rise to new discussion and debate. New high-precision experimental data, e.g., on the electric and magnetic dipole moments of the electron, may prove decisive.
This book, What is the electron?, brings together papers by a number of authors. The main purpose of the book is to present original papers containing new ideas about the electron. What is the electron? presents different points of view on the electron, both within the framework of quantum theory and from competing approaches. Original modern models and hypotheses, based on new principles, are well represented. A comparison of different viewpoints (sometimes orthogonal) will aid further development of the physics of the electron.
More than ten different models of the electron are presented here. More than twenty models are discussed briefly. Thus, the book gives a complete picture of contemporary theoretical thinking (traditional and new) about the physics of the electron.
It must be stressed that the vast majority of the authors do not appeal to quantum field theory, quantum mechanics or the probabilistic Copenhagen interpretation. The approaches adopted by these authors consist in using “lighter” mathematics and a “lighter” interpretation than in quantum theory. Some of them are sound approaches from the methodological point of view.
The editor will not presume to judge the models or the authors. We will not venture to say which model is better, and why. The reasons are simple. (i) Readers can reach their own conclusions themselves. (ii) Investigation of the electron is by no means finished. (iii) My own point of view is presented in my contribution to the book. So I want my paper to be on an equal footing with other new models of the electron presented here.
The general analysis of the electron models presented here shows that they can be classified as follows: corpuscular and wave, classical and quantum, point and extended, structureless and with structure. The reader can compare and ponder all these approaches! I would like to thank the authors for their contributions.
It is my hope that this volume will prove worthwhile for readers, and encourage them to pursue further investigation of electron models.
Originally posted by Mary Rose
Here is the beginning of Chapter Four of his e-book Why God Doesn't Exist ("God" here being Mathematical Physics) published by ViNi, 4th Edition copyright 2009:
4. The electron is a balloon-like entity that envelopes the hydrogen atom and is made from threads converging on it from every atom in the universe. This model accounts for the observed properties of the atom.
Since the Scientific Revolution started 400 years ago, the mathematicians have considered only two physical configurations to model the behavior of light: waves and particles. Here we present a new hypothesis. Light consists neither of particles nor of transverse waves. Light is a rope that permanently binds any two atoms in the Universe.
edit on 05/22/11 by Mary Rose because: Correctionedit on 05/22/11 by Mary Rose because: Spelling
Originally posted by seraphnb
Electrons are sub-atomic particles. They are smaller than neutrons and smaller than protons (both of which are made up of these things called quarks, one of which is the electron).
In Chapter Five, I touch upon String Theory (ST), which does not warrant detailed analysis since it is simply higher level nonsense founded upon traditional relativity and quantum. The arguments I use against GR and QM can just as well be extended to ST.
Originally posted by CasiusIgnoranze
The dude has quite a hefty criminal record