Это явление известно как эффект Герценштейна и может быть использовано для множества применений, начиная от передовых полевых двигателей (космический двигатель) и заканчивая связью через твердые объекты, а также разрушением и распадом астероидов (планетоидов) (в сочетании с электромагнитными воздействиями высокой энергии). флуктуации поля).
На языке квантовой теории поля эффект Герценштейна можно описать как смешивание распространяющегося фотона с гравитоном посредством взаимодействия типа Юкавы, опосредованного виртуальным фотоном из фонового поля.
Генерация мощных высокочастотных гравитационных волн (HFGW) — это лишь одно из применений фундаментального инновационного принципа, лежащего в основе этой работы, а именно обеспечения макроскопической квантовой когерентности, вызванной контролируемым движением заряженной материи, подверженной быстрым ускоренным переходным процессам.
Этот принцип может привести к возникновению новых физических явлений, таких как, помимо прочего, сверхпроводимость.
Искусственно генерируемые электромагнитные (ЭМ) поля высокой энергии могут сильно взаимодействовать с локальным энергетическим состоянием Вакуума (агрегатным/коллективным состоянием, состоящим из суперпозиции всех флуктуаций коллективных квантовых полей, пронизывающих данную локальность пространства-времени).
Согласно квантовой теории поля, это сильное взаимодействие между полями основано на механизме передачи колебательной энергии между полями, что дополнительно вызывает локальные флуктуации в соседних квантовых полях, которые пронизывают эту локальность пространства-времени (эти поля могут быть или не быть электромагнитными по своей природе.
Энергетическое состояние локального вакуума (эфира) можно рассматривать как коллективное энергетическое состояние (структуру), которое содержит основное состояние с минимальной энергией (базовые флуктуации), то есть квантовый вакуум, и возбужденное состояние энергии (индуцированные флуктуации), генерируемое материей или любым другим источником. энергии в этой пространственно-временной локальности.
Согласно квантовой теории поля, материя, энергия и пространство-время — это возникающие конструкции, возникающие из фундаментальной структуры, которой является энергетическое состояние Вакуума. Материя — это ограниченная энергия, связанная внутри полей, и ее можно рассматривать как спектр различных вибрационных (и, возможно, вращательных) частот энергетического состояния Вакуума.
Разработка метаструктуры вакуума (поскольку существует несколько вакуумных структур) обсуждалась с точки зрения общей теории относительности и с точки зрения квантовой теории поля. Мы погружены в океан энергии (энергетическое состояние Вакуума), но обычно мы с ним не взаимодействуем. Это связано с тем, что при нормальных обстоятельствах (при равновесии или около него) состояние вакуума является однородным, изотропным, лоренц-инвариантным, другими словами, оно симметрично.
Если эта симметрия (далекая от равновесия) будет нарушена и станут возможными сильные взаимодействия с энергетическим состоянием вакуума, это повлияет на то, как коллективные поля обмениваются энергией друг с другом.
Если мы проведем «мысленный» эксперимент, мы сможем наблюдать, что соединение высокочастотного спина с высокочастотной вибрацией (особенно для быстро ускоренного вращения/колебания) электрически заряженной системы (объекта) ставит каждую точку на границу объект в состоянии когерентной суперпозиции, тем самым вызывая макроскопическое квантовое явление.
Кроме того, как видно из эффекта Казимира, граничные условия физической системы влияют на локальное энергетическое состояние вакуума (VES) этой системы (включая ЭМ энергию нулевой точки (КЭД) среди других типов энергий поля (КХД, Хиггса и т. д.) .)), тем самым влияя на физические свойства системы. Таким образом, манипулируя/изменяя граничные условия физической системы по отношению к ее локальной ВЭЗ, мы можем изменить физические свойства системы.
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In a peer-reviewed paper by the inventor, entitled “The high energy electromagnetic field generator,” published in the International Journal of Space Science and Engineering, Vol. 3, No. 4, 2015 pp. 312-317 (incorporated herein by reference and not admitted to be prior art), the inventor discusses the possibility of inertial (or gravitational) mass reduction using high energy electromagnetic (EM) fields, whereby, high frequency accelerated vibration and/or high frequency accelerated spin of electrically charged systems (minimally charged, if so desired) can lead to local vacuum state polarization (energy flux values in excess of 1033 W/m2 are feasible, with corresponding energy densities in excess of 1025 J/m3). In this manner, the local spacetime energy density is modified. These systems would be strategically placed on an intergalactic craft.
Craft mass reduction effects are achieved by control (coherence) of the collective quantum fluctuations in the Vacuum energy state in the immediate vicinity of the aerospace vehicle/spacecraft's electrified outer mold skin. As a result, extreme craft speeds can be achieved. This concept relates to an EM device which induces vibratory mass/energy fluctuations within a structure, which may or may not be solid in nature (thus generated plasma non-linearities can be considered).
An important realization (mathematically shown) of the peer-reviewed paper by the inventor is the fact that in an accelerated vibration and/or accelerated spin mode, the system's EM energy flux is amplified by a factor equivalent to the product of vibrational (or spin) angular frequency and the operational time of acceleration (namely the time for which the system is operated at maximum acceleration), with respect to the non-accelerated system's EM energy flux (showing the importance of an accelerated departure far from thermodynamic equilibrium).
The aerospace vehicle/space craft, discussed above, has the ability to control the accelerated modes of vibration and spin of the electrically charged surfaces. In particular, the rapid rates of change of accelerated-decelerated-accelerated vibration and/or accelerated-decelerated-accelerated gyration (axial spin) of the electrified surfaces can be controlled.
In this manner, we can delay the onset of relaxation to thermodynamic equilibrium (thereby delaying maximal entropy production), thus generating a physical mechanism which may induce anomalous effects (such as inertial or gravitational mass reduction). In this case, the system's EM energy flux is amplified by a factor equivalent to the square of the product of vibrational (or spin) angular frequency and the operational time of acceleration (time while system is at maximum acceleration), with respect to the non-accelerated system's EM energy flux.
A report written for the Office of the Director of National Intelligence (Defense Intelligence Agency), prepared by the MITRE Corporation in October 2008, under the title of “High Frequency Gravitational Waves,” comes to the conclusion that current means and methods of producing HFGWs do not constitute a national security threat and in no shape or form can such physical entities be used for propulsion or communication of any sorts. This report is also referred to as the JASON report.
The JASON report considers relatively low EM energy fluxes, when compared with those generated by the physical mechanisms described in the inventor's aforementioned published paper (on the order of 1033 W/m2, and beyond). This exceptionally high EM power intensity induces spontaneous particle pair production (avalanche) out of the vacuum of free space, thereby, ensuring complete polarization of the local Vacuum energy state, thus resulting in modification of the local spacetime energy density. It is because of this fact, that the JASON report's conclusions must be revisited, are incorrect, and are directly in conflict with the current invention.
SUMMARY
The present invention is directed to an high frequency gravitational wave generator (HFGWG) with the needs enumerated above and below.
The present invention is directed to a high frequency gravitational wave generator which includes a high frequency gravitational wave generator including a gas filled shell with an outer shell surface, microwave emitters, sound generators, and two acoustic vibration resonant gas-filled cavities. The outer shell surface is electrically charged and vibrated by the microwave emitters to generate a first electromagnetic field. The acoustic vibration resonant gas-filled cavities each have a cavity surface that can be electrically charged and vibrated by sound from the sound generators such that a second electromagnetic field is generated. The acoustic vibration resonant gas-filled cavities are able to counter spin relative to each other to provide stability, and propagating gravitational field fluctuations are generated when the second electromagnetic field propagates through the first electromagnetic field.
It is a feature of the present invention to provide a high frequency gravitational wave generator that can be used for advanced propulsion, asteroid disruption and/or deflection, and communications through solid objects.
It is a feature of the present invention to provide a high frequency gravitational wave generator which utilizes a means of enabling room temperature superconductivity in special composite metal wiring.
DRAWINGS
These and other features, aspects and advantages of the present invention will become better understood with reference to the following description and appended claims, and accompanying drawings wherein
FIG. 1 is an embodiment of the high frequency gravitational wave generator;
FIG. 2 is an embodiment of an acoustic vibration resonant cavity; and,
FIG. 3 is a cross-sectional view of an embodiment of the room temperature superconducting wiring configuration.
DESCRIPTION
The preferred embodiments of the present invention are illustrated by way of example below and in FIGS. 1-3. As shown in FIG. 1, a high frequency gravitational wave generator 10 includes a gas filled shell 100, at least two sound generators 200 for generating sound, and two acoustic resonant gas-filled cavities 300. The gas-filled shell 100 includes microwave emitters 400 for generating an electromagnetic field. The gas filled shell 100 has an outer shell surface 105 and an inner shell surface 106. The outer shell surface 105 is able to be electrically charged by an electrical source 500 and is able to be vibrated by the microwave emitters 400, such that it generates a first electromagnetic field. The at least two sound generators 200 are disposed within the gas-filled shell 100. The two acoustic vibration resonant gas-filled cavities 300 are for propagation of sound created by the at least two sound generators 200. The two acoustic vibration resonant gas-filled cavities 300 are disposed within the shell 100 and each resonant gas-filled cavity 300 has at least one cavity surface 301 that can be electrically charged. The sound from the at least two sound generators 200 causes each of the electrically charged cavity surfaces 301 to vibrate such that a second electromagnetic field is generated. The two acoustic vibration resonant gas-filled cavities 300 are able to counter spin relative to each other to provide stability. An electrical motor and/or power plant 800 may provide motive power to counter spin the two acoustic vibration resonant gas-filled cavities 300. The electrical power source 500 may also provide power to the electrical motor and/or power plant 800. In the preferred embodiment, the electric source 500 and the electrical motor 800 are disposed between the two resonant gas-filled cavities 300. However, the electrical source 500 and the electrical motor 800 may be configured in any configuration practicable. A gravitational wave field is generated when the second electromagnetic field propagates through the first electromagnetic field.
In the description of the present invention, the invention will be discussed in a space, sea, or terrestrial environment; however, this invention can be utilized for any type of application that requires use of electromagnetic field generator.
FIG. 2 shows one of the acoustic resonant gas-filled cavities 300. Each acoustic resonant gas-filled cavity 300 has at least one corresponding sound generator 200 and has an asymmetric incongruent wedge shape. As shown in FIG. 2, there may be multiple sound generators 200 corresponding to each acoustic resonant gas-filled cavity 300. The sound generators 200 may be configured in any manner that effectively causes the corresponding acoustic resonant gas-filled cavity 300 to vibrate or resonate. As a result of the vibration and electrical charge on its cavity surface 301, each acoustic resonant gas-filled cavity 300 generates a second electromagnetic field. Alternatively, instead of the acoustic resonant gas-filled cavities 300 we can use microwave energy resonant cavities to generate the second electromagnetic field, in a similar manner as the production of the first electromagnetic field.
As shown, in FIG. 1, the high frequency gravitational wave generator 10 may include a support structure 600 for mounting the elements of the invention and to support the two counter-spinning acoustic resonant gas-filled cavities 300. The high frequency gravitational wave generator 10 further may include wiring 700 to electrically charge the outer shell surface 105 and the cavity surfaces 301, to power the microwave emitters 400 and the sound generators 200. In the preferred embodiment the wiring 700 is room temperature superconducting wiring. FIG. 3 shows room temperature superconducting wiring configuration, described in further detail below.
As originally observed in the peer-reviewed paper described in paragraph 12, for conditions of accelerated vibration or accelerated spin of an electrically charged object/system, we can write for the maximum EM energy flux (time rate of change of EM energy transfer per unit surface area) the following equation:
S m