Presentation1 Atom Separation
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This document discusses using directed light energy in the form of a photon atomic laser to separate atomic structures and create a "worm hole" or void between particles. It explains that atoms are held together by opposing forces of gravity and charges in the nucleus. By discharging the photon laser within a neutral magnetic field, it could displace atoms and create a space without structure, referred to as a "warp field", that would allow matter to traverse distance and time with little awareness of either. Mathematical equations for gravity and Coulomb's law are also presented to understand how particles are held in place and how this space could be used for travel.
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The document summarizes the development of the atomic model over time based on experimental evidence. It describes J.J. Thomson's discovery of the electron in 1897 and the Plum Pudding model. Rutherford's gold foil experiment in 1911 showed that the atom has a small, dense, positively charged nucleus. The discovery of the proton in 1886 and neutron in 1932 showed that the nucleus contains these particles. Later experiments revealed that electrons orbit in allowed energy levels and quantum numbers were developed to describe these states.
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The document discusses the history of atomic structure models from Democritus' idea of atoms to Bohr's model. Some key points:
1. J.J. Thomson's experiments in 1897 led him to propose the "plum pudding" model where electrons were embedded in a uniform positive charge.
2. Rutherford's gold foil experiment in 1911 showed that the atom has a small, dense, positively charged nucleus at its center.
3. Bohr modified Rutherford's model in 1913 to propose that electrons orbit the nucleus in discrete energy levels, explaining atomic line spectra. When electrons fall from higher to lower orbits, photons are emitted.
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Quantum mechanics S5
1) Classical mechanics and Maxwell's equations can explain macroscopic phenomena but quantum mechanics is needed to explain microscopic phenomena such as atomic structure.
2) Quantum mechanics arose from the need to explain physical phenomena not accounted for by classical physics, including blackbody radiation, the photoelectric effect, atomic spectra, and specific heat of solids.
3) Experiments such as the photoelectric effect, Compton effect, diffraction of electrons demonstrated that particles have wave-like properties and waves have particle-like properties, showing the need for a new theoretical framework that incorporated wave-particle duality.
History Of Atomic Structure Pisay Version
The document summarizes the history of atomic structure from ancient Greek philosophers to J.J. Thomson's discovery of the electron in 1897. It describes how ancient Greeks proposed that matter was made of indivisible atoms, while Aristotle believed matter was continuous. In the 17th century, experimental evidence supported the atomic theory. In 1808, Dalton proposed his atomic theory that all matter is composed of atoms that combine in simple whole number ratios. The discovery of the electron began with experiments showing that charged materials attracted small pieces of other materials. Thomson's 1897 experiment showed that cathode rays were composed of negatively charged particles smaller than atoms, which he called electrons.
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Presentation1 Atom Separation
- 1. MAGNETIC ATOM SEPARATION WORM HOLE CREATION FROM THE SPACE BETWEEN ATOMIC PARTICLES
- 2. MAGNETIC ATOM SEPARATION • The science of the simple atom has been understood for centuries! The ability to split the atom has only been a reality since the early twentieth century. From what scientist know there is the nucleus, protons, electrons, and neutrons. For simplicity sake we will only discuss these particles and not the other more recent nuclear discoveries. The following illustration will provide a basis of understanding.
- 3. MAGNETIC ATOM SEPARATION • Notice the nucleus is held together by the opposite charged forces and gravity.
- 4. MAGNETIC ATOM SEPARATION • The forces of gravity on a sub-atomic level is what holds the structures of the atomic world together. Atoms are similar to natures other structures, i.e. atoms comprise everything and are essential to the mass of everything. Recall E=MC². What is light but a form of energy? Therefore, energy is equal to mass in the presence of light squared. So it stands to reason directed light energy used to separate the atomic structure would enable a gap or hole to be created, herein the worm hole is formed.
- 5. MAGNETIC ATOM SEPARATION • You will recall the atoms hold their place in orbit about the nucleus through the influence of gravity and the centrifugal force emitted by the charges.
- 7. MAGNETIC ATOM SEPARATION • Photon atomic laser.
- 8. MAGENETIC ATOM SEPARATION • The previous slide depicts the photon laser which when discharged within the neutral charged magnetic field creates a void or non structure atomic placement. This void is the space between points science fiction would often refer to this as “Warp field.” The space allows matter to traverse distance and time with little or no awareness of “t” or “d.” The issue unresolved is the ability to withstand the field and the ability to • return to departure point of time/space. Mathematically we derive the following:
- 10. MAGNETIC ATOM SEPARATION • Newton's Equation for Gravity: The force exerted between any two bodies with mass -- "G" is the gravitational constant; "m1" and "m2" are the masses of the two bodies; and "r" is the distance between them. Below the equation for force is the equation for the acceleration of gravity produced by a single body. The acceleration of gravity on the surface of the Earth is 9.8 m/s2 (aE = g). • Coulomb's Law: The force exerted between two electrical charges -- "k" is the electrostatic force constant; "q1" and "q2" are electrical charges; and "r" is the distance between the charges. Electrical charges can be positive (+) or negative (-). Opposite charges ("+" & "-") result in a positive (attactive) force; like charges ("+" & "+" or "-" & "-" ) result in a negative (repulsive) force. The second version is the way I see this equation written now, with the "permittivity of empty space" () used instead of the electrostatic force constant. For long I had not seen it explained what the "permittivity of empty space" is supposed to mean. Factoring out 4 must have some relevance to space. Indeed, this is where Pickover's Archimedes to Hawking is of great value. The "permittivity" is "an electrical property of the medium that surrounds the two charges." The value of "k, sometimes known as Coulomb's constant, is approximately equal to 9 x 109 N.m2/C2" for empty space.
- 11. MAGNETIC ATOM SEPARATION • To understand that the particles are held in place by gravity and that the opposing magnetic fields and the energy of the photon laser displace the atoms thus opening space. This space is the route we take in traveling from point A to point B. With the “New Space” and the energy of the magnetic field propelling the object forward or reverse there would be no limit as to time and distance for travel.