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We've travelled similar paths. I've been investigating the electromagnetic construct since 1986 when I retired from AT & T. I enjoy the high you get when a complicated set of rules come together and match up with observations. When I built my first neutron model and discovered from it the square-of-the-shells rule, I was walking on air for a week. [] It was a couple of years later that someone pointed out that the model's predictions of proton and neutron mass were off by .00948 MeV. That didn't bother me too much. I figured the difference could be due to binding dynamics.
In particle physics, CP violation is a violation of the postulated CP symmetry, the combination of C symmetry and P symmetry. CP symmetry states that the laws of physics should be the same if a particle were interchanged with its antiparticle (C symmetry, or charge conjugation symmetry), and left and right were swapped (P symmetry, or parity symmetry). The discovery of CP violation in 1964 in the decays of neutral kaons resulted in the Nobel Prize in Physics in 1980 for its discoverers James Cronin and Val Fitch.It plays an important role both in the attempts of cosmology to explain the dominance of matter over antimatter in the present Universe, and in the study of weak interactions in particle physics.
That is gravity. []
What are those string theorists doing in fact? Except wasting tax payers money of course.
Poincaré introduced the modern principle of relativity and was the first to present the Lorentz transformations in their modern symmetrical form. Poincaré discovered the remaining relativistic velocity transformations and recorded them in a letter to Lorentz in 1905. Thus he obtained perfect invariance of all of Maxwell's equations, an important step in the formulation of the theory of special relativity.
The photon exists as an electric and magnetic disturbance moving through space. It consists of two points of electromagnetic saturation surrounded by electric and magnetic fields that extend outward through space forever. The fields change in amplitude in accordance with James Clerk Maxwell's equations and this drives the saturated points moving them through space.Photon points moving through the fields of other photons reach their saturation amplitude mostly due to their own electric and magnetic fields. However, the fields of all other photons contribute toward this saturation amplitude. This causes the points to reach saturation at a slight offset toward increasing field strength of the other photon fields. This gives rise to the attractive force known as gravity. When photons collide their fields interact. This can cause the path of each photon to change so that it follows a curve in a local area. When the path of a photon is bent, the electric and magnetic fields cannot be symmetrical in the bend. The area outside the bend is greater than the area inside the bend. The result of this asymmetry is a local electric and magnetic field. The strength of the field is related to the bend radius, such that the tighter the bend the greater the strength of the field. This field causes the path of the photon to bend more in the same direction, so it provides positive feedback to the bend. This causes the bend to be twice as tight as it would be without the feedback.The path of a photon can be bent so strongly that it forms a complete circle in the space of one wave length. When so bent one polarity of the electric field remains on the outside of the bend so that the circle exhibits an electric charge. When in this condition, the photon is in resonance with itself. This resonance adds to the positive feedback and tends to hold the photon in the circle for an instant. Most circles formed this way are unstable and instantly unfurl so that the paths of the photons become straight again. There is one certain photon frequency that when curled into this complete-circle pattern, the pattern remains stable. We call this kind of pattern an electron or positron depending upon which polarity remains on the outside of the pattern. This gives rise to the electromagnetic forces.There are four other frequencies whose complete-circle patterns can be stable when they are combined together so that they form shells such that successive smaller shells are inside the larger shells. Each smaller shell is more massive than its neighboring larger shell. Starting with the mass of the largest shell, the mass of each successive smaller shell, when taken in terms of electron masses, is the square of the mass of the next shell out. The sum of the masses of all four shells is equal to the mass of the neutron. The sum of the three inside shells is equal to the mass of the proton.The strength of the electric force on the outside of the shells follows the same square of shells rule. Starting with the outside shell, we have 2.5, 6.5, 42.2, and 1787.3 electrons worth of force. Although these forces are much stronger than an electron's force, they must diminish in strength as the inverse square of distance. So, when seen at any distance greater than the radius of an electron, they are exactly the force of an electron. The strong and weak nuclear forces develop from the electric charges of the three outside shells. When two protons merge so that their outer and next to outer shells interact there are four forces at work. The sum of the forces of these four shells is 6.5 + 6.5 + 42.2 + 42.2 equals the strong nuclear force.When nucleons merge this way the smaller shells are trapped symmetrically inside the larger shells at a distance inside so that forces balance. Any movement away from this balancing point produces a greater force until the smaller shells break through to the outside. This gives rise to the well known nuclear dynamics of the strong force. Edit: I changed the title to be a question to help search engines find it.
Its a pity that he didnt know that neutrinos are doubled photons, sharing the same helical axis.
The luminous photon is in a sense semi-luminous (semi-dark), u cant see a photon, except when it hits your eye. Not important, just saying.
Nowadays i am starting to think that em forces are due to gravity.
Quote from: mad aetherist on 27/03/2019 01:03:28Its a pity that he didnt know that neutrinos are doubled photons, sharing the same helical axis. That's still wrong, for a number of reasons which have been pointed out to you.The most glaring is that two photos sharing the same helical axis is what gives plane polarised light.
Quote from: mad aetherist on 27/03/2019 01:03:28The luminous photon is in a sense semi-luminous (semi-dark), u cant see a photon, except when it hits your eye. Not important, just saying.That's not a sense you will find in any textbook or dictionary. But you are right- it's not important.
Quote from: mad aetherist on 27/03/2019 01:03:28Nowadays i am starting to think that em forces are due to gravity.Yes, that's because you don't consider evidence to be important. Science, on the other hand knows that em forces and gravity are different.