Spin Wave Technology These explanations of particle spin

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Spin Wave Technology These explanations of particle spin interactions use classical electrodynamics as opposed

Spin Wave Technology These explanations of particle spin interactions use classical electrodynamics as opposed to using quantum electrodynamics as is more common today. Presented by George J Bugh www. vasantcorporation. com This presentation, or graphics and text from it, may be copied if the Vasant Corporation copyright notice is included. For a copy of this presentation in Power Point format write to: contact@vasantcorporation. com 3/5/2021 Copyright © 2003 Vasant Corporation 1

Purpose of this Presentation: • • • 3/5/2021 to explain classical versus quantum electrodynamics.

Purpose of this Presentation: • • • 3/5/2021 to explain classical versus quantum electrodynamics. to explain what spin waves are. to explain what spin wave technology can do. to stimulate interest in research. to explain the history of this new technology. Copyright © 2003 Vasant Corporation 2

Electron Spin • All electrically charged particles, like the electron for example, will have

Electron Spin • All electrically charged particles, like the electron for example, will have the characteristic of spin. • There is a magnetic field through the spin axis. • Just as electricity moving around a loop of wire will create a magnetic field so also the spin of an electron will create a magnetic field. • The diagram is just a symbolic representation of the electron. • The electron is not a solid that is coated or filled with “electric charge”. 3/5/2021 Copyright © 2003 Vasant Corporation 3

Electron Precession • Electrically charged particles, like the electron for example, will also experience

Electron Precession • Electrically charged particles, like the electron for example, will also experience gyroscopic precession in an external opposing magnetic field of any strength. • Electrons will also precess due to the influence of electromagnetic waves radiated from other precessing electrons. 3/5/2021 Copyright © 2003 Vasant Corporation 4

Quantum Electrodynamics of an Electron QUANTUM ELECTRON: • • • The characteristic of “Spin”

Quantum Electrodynamics of an Electron QUANTUM ELECTRON: • • • The characteristic of “Spin” is an intrinsic quality with no process to explain it. Only a portion of its magnetization vector is along the Z axis for spin Up or Down. The spin axis is where the precession axis is expected to be. It is “AS IF“ it precesses but does not always radiate as would be expected. Does not always radiate EM waves from orbital or precessional motions. • Reference for quantum electrodynamic version: http: //hyperphysics. phy-astr. gsu. edu/hbase/spin. html 3/5/2021 Copyright © 2003 Vasant Corporation 5

Classical Electrodynamics of an Electron CLASSICAL ELECTRON: • • • The characteristic of “Spin”

Classical Electrodynamics of an Electron CLASSICAL ELECTRON: • • • The characteristic of “Spin” is a real process of the Poynting flow of energy spinning into and out from the center, like a vortex of some kind. Only a portion of its magnetization vector is along the Z axis for spin Up or Down. The spin axis is separate from the precession axis as it should be. It really does precess and always radiates from its precessional motion. It is always radiating EM waves from orbital and precessional motions as expected. 3/5/2021 Copyright © 2003 Vasant Corporation 6

Why don’t precessing particles radiate away all of their energy? • According to classical

Why don’t precessing particles radiate away all of their energy? • According to classical electrodynamics, all electrically charged particles, like the electron for example, should radiate away energy from orbital or precessional motion. • However, all particles can also absorb just as much energy from all other radiating particles. • The absorbed energy applies electromagnetic forces that naturally move all similar type particles into harmonious precessional motions with all other particles. • This results in a vast sea of standing waves among all matter. • Quantum theory uses probability waves to describe the wave nature of matter but these electromagnetic standing waves may be what is really causing the wave characteristics of matter. • There is electromagnetic interaction among all matter due to these unseen standing waves. 3/5/2021 Copyright © 2003 Vasant Corporation 7

Classical Electrodynamics can Explain Inertia and Gravity • This interaction among all matter is

Classical Electrodynamics can Explain Inertia and Gravity • This interaction among all matter is what Ernst Mach alluded to as necessary to cause matter's characteristic of inertia. Einstein later called this Mach's Principle. Einstein studied Mach's ideas while developing his theory of General Relativity. • Inertial resistance to acceleration can be caused by electromagnetic forces. Changes in position of a mass will cause phase differences to develop between the precessional motions of the particles of that mass relative to the sea of standing waves. This in turn causes electromagnetic force that resists a mass from changing its position. • Gravitation can also be described as an electromagnetic attraction towards centers of convergence (matter) among these electromagnetic standing waves that fill the universe. • Electromagnetic standing waves naturally develop in polarizations and orientations that result in remnant attractive forces towards matter that consists of precessing particles that radiate and absorb electromagnetic energy. 3/5/2021 Copyright © 2003 Vasant Corporation 8

Classical Electrodynamics Explains Quantum Phenomena • Charged particles move to quantized spins due to

Classical Electrodynamics Explains Quantum Phenomena • Charged particles move to quantized spins due to electromagnetic forces that move them into sync with the sea of electromagnetic standing waves among all matter. • Electrons move into specific orbitals where their combined orbital and precessional motions are in greatest harmony with the motions of other particles of the atom and with the sea of electromagnetic standing waves among all matter. • All similar type particles have the same angular momentum because any loss of momentum causes a particle’s precessional motion to get out of sync with and to absorb energy from the sea of electromagnetic standing waves among all matter. This absorbed energy applies electromagnetic forces that maintain the same angular momentum for all similar type particles. 3/5/2021 Copyright © 2003 Vasant Corporation 9

What are Spin Waves? • The animated diagram above is a symbolic representation of

What are Spin Waves? • The animated diagram above is a symbolic representation of spin waves propagating through the precession of individual unpaired electrons within the atomic lattice of a magnetic material. • Although this diagram shows spin waves propagating in just 1 direction, spin waves actually can propagate in all directions in a magnetic material. But magnetic materials can be designed to promote the propagation of coherent spin waves only in preferred directions. • • Even compensated spins can precess and counter precess but this is difficult to detect. In this diagram the “electron spin” motion is not shown. Only the gyroscopic precession of each electron is shown. The diagram shows the electrons from a side view of their precession axes. The spin waves are formed from the interaction among their individual magnetic fields. Spin waves can transport energy and information from one location to another. Short and long range spin wave interactions can occur among particles causing fluctuations in the sea of standing waves among all matter. 3/5/2021 Copyright © 2003 Vasant Corporation 10

What can Spin Wave Technology do? • • 3/5/2021 Signal Processing Communications Power Generation

What can Spin Wave Technology do? • • 3/5/2021 Signal Processing Communications Power Generation Propulsion (Transportation) Copyright © 2003 Vasant Corporation 11

Signal Processing • There are 2 basic forms of motion of all electrically charged

Signal Processing • There are 2 basic forms of motion of all electrically charged particles. • Either they can change in position or change in spin axis orientation. • Much of electronics today is based on the first of these 2 forms of motion. • Signal processing electronics can be advanced by using devices based on the propagation of changing spin axis orientations. 3/5/2021 Copyright © 2003 Vasant Corporation 12

Communications • Almost all forms of radio communication today are based on the radiation

Communications • Almost all forms of radio communication today are based on the radiation of electromagnetic waves from electrically charged particles that move back and forth changing position. • Communications technology can be advanced by instead using electromagnetic waves radiated from the precessional rotations of electrically charged particles. • Fluctuations can be induced in and propagate through the sea of electromagnetic standing waves among all matter in the universe. • Communications of the future may use Spread Spectrum Spin Wave receivers and transmitters. 3/5/2021 Copyright © 2003 Vasant Corporation 13

Power Generation • It should be possible to build spin wave lasers and spin

Power Generation • It should be possible to build spin wave lasers and spin wave electrical power generation devices. • It should be possible to absorb some of the energy present in standing waves among all matter and convert it to electricity to power electrical motors and appliances. • This can be accomplished through spin wave interactions with the electromagnetic standing waves among all matter. 3/5/2021 Copyright © 2003 Vasant Corporation 14

Propulsion (Transportation) • It should be possible to create and sustain spin wave processes

Propulsion (Transportation) • It should be possible to create and sustain spin wave processes within a flying vehicle that utilizes a metallic resonant cavity, also serving as a “Faraday cage”. • These spin wave processes can be used to shift the phase of the precessional motions of all atomic particles of the vehicle and its contents relative to the phase of standing waves radiated to and from the precessional motions of all external matter. • This can create electromagnetic forces between the vehicle and these external standing waves. • Force vectors can be controlled to lift and propel the vehicle at very high speeds. 3/5/2021 Copyright © 2003 Vasant Corporation 15

Suggested Materials Research • R & D of magnetic materials with uniform magnetic domain

Suggested Materials Research • R & D of magnetic materials with uniform magnetic domain size and orientation. • R & D of magnetic materials with enhanced spin wave properties – Preferred directions of spin wave propagation – Minimum dispersion of spin waves away from preferred directions – Maximum transparency at the desired frequency range of spin waves • • R & D of magnetic materials best suited for spin wave signal processing devices R & D of magnetic materials best suited for spin wave communication devices R & D of magnetic materials best suited for spin wave power generation devices R & D of magnetic materials best suited for spin wave propulsion devices 3/5/2021 Copyright © 2003 Vasant Corporation 16

Suggested Equipment & Devices Research • R & D of “wire”, conduits and laser

Suggested Equipment & Devices Research • R & D of “wire”, conduits and laser medium for coherent spin waves • R & D of manipulating spin waves among compensated spins by interaction with spin waves among uncompensated spins. • R & D of signal processing devices using spin waves • R & D of spin wave amplifying devices • R & D of spin wave resonant cavities • R & D of spin wave lasers and power generation devices • R & D of spread spectrum spin wave transmitters and receivers • R & D of propulsion systems by interaction with sea of standing waves 3/5/2021 Copyright © 2003 Vasant Corporation 17

Suggested Theoretical Research • Computer modeling of a classical electrodynamic atom • Computer modeling

Suggested Theoretical Research • Computer modeling of a classical electrodynamic atom • Computer modeling of classical spin waves among electron spins – both among uncompensated electron spins – and among compensated electron spins • Computer modeling of classical spin waves among nuclear spins – both among uncompensated nuclear spins – and among compensated nuclear spins • Computer modeling of standing waves from EM waves radiated to/from precessions of quarks among all protons and neutrons • Computer modeling of the sea of standing waves among all matter • Computer modeling of inertia and gravity using classical electrodynamics • There are other good areas for research but it is necessary to first understand all the contents of the publication Spin Wave Technology. 3/5/2021 Copyright © 2003 Vasant Corporation 18

Benefits of Spin Wave Technology • Conventional energy sources cause an overall increase in

Benefits of Spin Wave Technology • Conventional energy sources cause an overall increase in global heat. • Spin wave technology can decrease global warming • Spin wave technology can improve transportation and communications • Spin wave technology makes it easier to explore space and communicate with our neighbors. 3/5/2021 Copyright © 2003 Vasant Corporation 19

The History of this New Technology • Related to the study of unusual anomalous

The History of this New Technology • Related to the study of unusual anomalous power producing devices • Many devices studied and a few appeared to be extracting energy from unknown sources. • A 7 year study was done to determine the physics of how they could really work. • Example devices (only a few of many that were studied): Hendershot Generator Joseph Newman Generator Floyd Sweet Device Hubbard Coil Searl Generator • Some devices developed temperature decrease and weight decrease • Too many similar devices reported this phenomena for it to be ignored • Spin waves occur in the magnetic materials of these devices 3/5/2021 Copyright © 2003 Vasant Corporation 20

About the author George Bugh with his spouse, Dr. Inés Espinoza George J Bugh:

About the author George Bugh with his spouse, Dr. Inés Espinoza George J Bugh: • • • Grew up on a small ranch in the hill country near Austin, Texas, USA Maintained flight simulators in the USA Air Force for 4 years Received a bachelors in electronics engineering technology at the De. Vry Institute Senior staff engineer, 20 years in electronics for testing of new aircraft designs Aerospace experience has no relation to personal research with spin waves Spent 7 years studying physics, time, spin waves and unusual energy devices His employer’s office of intellectual property has no interest in spin wave technology The Vasant Corporation now owns all rights to George J Bugh’s research papers George Bugh is now the property of Doctor Inésita Espinoza 3/5/2021 Copyright © 2003 Vasant Corporation 21

That’s all Folks • Thank you for viewing this presentation. • We understand that

That’s all Folks • Thank you for viewing this presentation. • We understand that many may consider it too unconventional • If you want to learn more please visit our website at: – http: //www. vasantcorporation. com – and study the “documents” and “links” at this website • Please also consider purchasing our publications. • Please honor the copyrights on our publications because, • This is our source of income for operating expenses incurred in providing you with information on Spin Wave Technology. • We can provide you with much more valuable information on Spin Wave Technology when we receive income from your purchases of our publications. 3/5/2021 Copyright © 2003 Vasant Corporation 22