9 September 2020

Gravity, as a mode of action and a property of matter and a physical phenomenon, is obvious to us, so we humans tend to forget its existence. On a cosmic scale, it's responsible for maintaining order in planetary systems and galaxies. It's very difficult to understand the essence and nature of gravity, although for someone who holds the "key" to understanding this topic, the whole thing is undoubtedly quite simple. Modernity constantly demonstrates that from theory to practice, in many technological fields, it can be a very long journey. However, there are individuals who, inspired by such matters, are trying to change the character of society's imagination to a more realistic one. This opens the door for all enthusiasts of space exploration and various visionaries determined to risk even their life's work to achieve the insights and knowledge that would enable more serious and focused action and achieve their own goals. The stakes are enormous, as whoever first gains control over gravity and introduces gravity propulsion into everyday use will earn trillions of dollars, or even euros, and will have a clear path to reaping the Solar System's riches. They will thus become the undisputed master of the world, occupying the most privileged and privileged position in the solar system. The question of whether they will rule honestly or vilely remains to be seen, but it would certainly be better for global society if they didn't turn out to be just another dictator with fascist or Marxist leanings, as such dictators have already demonstrated their capabilities, leaving a lasting mark on world history. However, a slightly different outcome is more likely, as the breakthrough will likely not be the result of a single individual, but will be the result of technological evolution on an international scale, with a gradual increase in the corresponding awareness of international society. The type of breakthrough in science and technology that gravity control technology would mean would be comparable to the Copernican revolution or the discovery of a cure for cancer in modern medicine, both in terms of awareness and the technological capabilities of Earth's inhabitants. Virtually every day, browsing the vast resources of the internet, one can even notice very interesting materials on this topic. This makes it even more surprising that it's often impossible to resist the impression that a technological leap is already within reach. However, as we observe the world, due to a lack of interest from society and decision-making circles, all such attempts remain in a phase without any real impact on our technological environment. In the past, there have been some attempts to tame the gravitational force, supported even by larger players with adequate financial capabilities. However, cutting government funding even for them usually meant the end of dreams of success. However, as history teaches us, some inventions utilizing natural interactions occur by chance or as a result of other research. A field as penetrating as the gravitational field, comparable only to the penetrating power of neutrinos, has long fascinated countless scientists. However, developing research methods without the knowledge that specific tools could provide, if they were available, is significantly difficult. Existing tools, such as large ground-based laser measuring devices detecting gravitational waves that could originate from rapidly rotating pairs of neutron stars in deep space, have so far failed to produce concrete results confirming the validity of these scientific assumptions. Other recent experiments have confirmed the assumptions of the theory of relativity regarding gravitational phenomena on a planetary scale. Knowledge of the theoretical foundations defining the properties of gravitational interactions, reduced to mathematical and computational characteristics, will not quickly change the current stagnation defined by the scientific and technological horizons. Observing various maniacs attempting to build specific technical devices that might involve modifying gravitational interactions, one comes to the conclusion that they, too, are likely doomed to failure, because when deciding to pursue their projects, they assumed they would have sufficient funds to build a prototype or model, while these funds are almost always insufficient. Even if they succeeded, the question remains: what difference a single prototype makes when they no longer have funds and, moreover, are left without any support from their peers. So, this is the situation when it comes to somewhat organized or solitary technological efforts in this regard. The support of corporations to reward society with the benefits of gravity technology is controversial, as they oscillate between the economic situation resulting from a lobbying approach to standard economic and political gamesmanship, and the simple desire for profit, sometimes at the expense of specific inventors who happened to lack the funds to maintain an international patent and inadvertently presented their ideas, which later turned out to be worth colossal sums. Another question is how many inventors have taken their sometimes brilliant ideas to the grave, and that remains a mystery. There have also been many technological hijinks throughout history. Some projects have been classified by the governments of totalitarian states and highly developed countries with significant economic potential, which currently have no interest in releasing any uneconomic technology for widespread use, especially one they don't yet know much about and inherited from sometimes unclear sources. The current legal regulations and the global balance of power exude aversion to any unusual solutions that could upset the global political balance. Agreements and attempts to control the flow of knowledge on the internet, such as the ACTA agreement in force in some countries that have ratified it, including the United States, may become a certain infringement on the comfort and freedom of citizens and ICT network users, while also protecting their copyrights. The exchange of data via the global Internet network changes the situation, as it limits industrial espionage, leading to a levelling of awareness among an increasing number of people worldwide, which makes it more difficult to hide anything from society, which certainly has fundamental positive effects, and makes it more difficult for corporations to maintain a technological advantage on a global scale. The availability of general knowledge changes dynamically as the capacity of data stored on servers increases. Knowledge constantly generates new questions, and the next cognitive stage can be built on what we already know. No one person can grasp all of this knowledge; rather, social structures should be viewed as organized and specialized groups of individuals, similar to insects, each with its own assigned function.

9 September 2020

When formulating his theory of gravity, Einstein essentially relied solely on thought experiments; he did not conduct any experiments based on experimental results. According to the theory of gravity, which, however, does not assume a description of related phenomena such as inertia or the physical vacuum itself, matter curves space. However, such an idea may not be adequate to the actual state of affairs. Explaining the true mechanism of gravity for the purposes of adapting new knowledge to technological needs requires the development of different research methods. To date, when it comes to gravitational interactions and related spatial phenomena, and particularly their essence, scientists remain divided. Phenomena such as inertia are related to a mechanism originating in fundamental matter-space relations; there is a connection between matter and space. However, at the atomic scale, something beyond gravity must exist, because at this scale, gravitational interactions are very weak. In the past, physicists such as Ernst Mach attempted to explain the phenomenon of inertia or inertia through interaction with the rest of the universe and similar speculations. However, despite their efforts, no coherent theory has yet been developed, one that would simultaneously meet the technological demands of our time. This issue remains crucial, because until such a technological barrier is broken, humans will not permanently leave the solar system. All thermonuclear and atomic propulsion programs are pointless and miss the point, as they do not allow for exceeding the speed of light for simple reasons: exhaust gas velocity never exceeds the speed of light in any of these solutions. Only by delving into the fundamental properties of matter and utilizing its gravitational-inertial properties can a real breakthrough be achieved.

9 September 2020

How far is our civilization from WARP drive, is this type of drive just science fiction or something more? To avoid conflicting with the limits set by the theory of relativity and gravity, some have already proposed a number of ideas that could bypass it in a way consistent with the theory of relativity or exploit scientific gaps that the theory could not explain. Only a small number of these ideas meet such requirements. Space is a medium that can be deformed by gravity, the source of which is mass. A gravitational wave itself cannot travel faster than the speed of light. Such waves are nothing more than ripples caused by the disturbance of the geometry of space itself. They carry gravitational energy, but we currently cannot change the geometry of space using strong gravitational fields or effectively carry out any other modification of the gravitational field, whether of terrestrial or extraterrestrial origin. Current knowledge about gravitational waves is based on waves coming from outside the solar system. Only recently has it been confirmed that such waves exist, through ground-based instruments. For WARP drive purposes, we would need to master the ability to deform the geometry of space, which for a WARP drive vehicle to function, would have to collapse in front of the vehicle and expand behind it, this would have to be done by deforming space itself because space has no mass or electric charge, therefore it can contract and expand faster than light. However, mastering this type of technology is probably still very far away, we can generate so far small deformations of space in a system of two counter-rotating masses, such work is carried out by NASA, among others. However, for now, our knowledge is still low when it comes to the relationship between space and gravity, there may be a whole zone of knowledge about space that we know nothing about yet. Phenomena occurring in space, such as various fields, may have a broader representation and are hidden from the eyes of scientists, waiting to be discovered, because the characteristics of the current reality in contact with the standard nature we interact with do not allow their direct detection under earthly conditions.

9 September 2020

I once watched a YouTube video featuring Serbian inventor V. Milkoviæ, who presented interesting devices with quasi-gravity drive. There were devices he built using an alarm clock and a pendulum-based bell, modified so that instead of ringing, the whole thing moved forward, in the direction of the oscillations. He also presented a solution with a pendulum on a free-wheeling chassis while the pendulum was operating, the chassis moved in the direction of centrifugal forces, i.e., forward. Centrifugal force is a force of gravitational nature, but most importantly, it can be used as a force opposing the planet's gravity; of course, you need to know how. Here, I've presented an example application of this type of force, presented in the form of a simple schematic drawing. It's a side view of a device that's quite simple in design. However, even this type of device requires thorough preparation for its implementation. The main problem here is the problem of ensuring the coils operate synchronously in response to the permanent magnets, preventing spontaneous damping of the vibrations. This problem must be solved by using appropriate beam position sensors, such as optocouplers or photocells. Another problem is synchronizing the two oscillating masses. I currently have all the components to perform basic experiments with this type of device, but careful consideration is still essential...

9 September 2020

Gravity is a cosmic force that binds matter together. It determines the development of the universe and its future. It operates on a scale of hundreds of light-years, but also within individual atoms, which somehow generate it so that it can add up to the gravity of galaxies or planetary systems. Gravity influences space and the passage of time; the greater the intensity of the gravitational field, the slower the passage of time. In planetary conditions, these are billionths of a second for every second of passing time, so this dilation is small. The phenomenon of this type of dilation results from the analysis of the theory of relativity and appropriate transformations of formulas. The gravitational field is the most difficult phenomenon to grasp in terms of its essence, because on the one hand it is an interaction belonging to the weak interactions, and at the same time it is a reality manifested most vividly and pertains to precisely defined conditions of civilization's functioning. It is the gravitational field that provides the link between mass and space, whose mutual interaction is not understood in its essence. Time, space, the gravitational field, and matter are interconnected and create a reality defined by their characteristics. Matter is the most understood in terms of its characteristics and properties, being the most evident emanation of cosmic forces, with which we have direct and physical contact, conditioned by our perception and cognitive abilities. However, we fail to perceive space, which is difficult to grasp; it exists in the background, and we know little about it. Time, on the other hand, exerts a significant influence on the functioning of life on Earth. It is an invisible influence that weaves into all threads of human activity, establishing a framework beyond which no one can transcend. It is characteristic that, while living immersed in a gravitational field, we do not perceive the slowing of time, as external matter and space oscillate at the same rate; therefore, all processes proceed at the same pace, and there is no dilation between them. What's most interesting here is the mechanism by which time dilation occurs in media with varying gravitational field strengths, as knowledge of mathematics alone doesn't authorize specific technological actions that would allow for practical application of this knowledge. The entire cosmos is divided into various dilation zones with different time flow rates, but these values ??are so small that it doesn't seem to behave appropriately to this type of division caused by static gravity alone. Note that we haven't yet progressed beyond the exploration phase of our own planetary system to verify this on a larger scale. Exceptions are black holes, neutron stars, and pulsars, near which a powerful gravitational field exists. There, time dilation is hundreds of millions and billions of times greater than in Earth's conditions. In the conditions existing near black holes, time dilation is 100 percent?time on the "surface" of a black hole stops completely. It's possible that in the case of more massive black holes, the deceleration exceeds 100 percent, but the effect of this phenomenon is rather difficult to capture and likely lacks confirmation in existing calculations based on black hole physics. This different approach to analyzing physics raises certain questions that have little constructive answers in contemporary theoretical and experimental physics. Gravitational field-related phenomena are commonly observed in everyday life, but not to a degree that allows for their mastery and practical application.

9 September 2020

Given the current dynamic technological developments in many key fields, it can be concluded that a breakthrough technological leap in space exploration is rapidly approaching. Progress is occurring so rapidly that social psychology may not keep pace with the changing realities of the world. However, in certain technological niches, progress seems to be following a somewhat different path than expected just a few decades ago. While predictions of global development made a hundred years ago have been completely off the mark, others have proven 100% accurate. Some paths have reached a dead end, others have been forgotten before word of them has even spread. History knows well what caused the current developments. However, on average, every few decades to a hundred years, the rules of the game change due to another major discovery ? the transistor was invented in the 1940s; the earlier technological leap can be attributed to the steam engine. What will this next leap be like, and what technology will it involve? Will this be a leap forward in understanding the mechanism of weak interactions at the atomic scale? This is a field of physics that may be gaining momentum, as recent research indicates. The question is specific, but asking another question?why is it so difficult to understand the phenomenon of gravity generated by matter??the answer is simple: the lack of tools for studying such weak forces emitted by individual atoms or quarks. In the mass, however, these particles acquire the strength of a gravitational field, which we experience firsthand and which are described by field equations. However, when we want to drill down from the general to the specific, these equations fail. Whether breaking matter into smaller particles can provide an answer to the question of the gravitational force that holds the cosmos together is impossible to say with certainty. It may turn out that the realities far exceed the capabilities of the LHC (Large Hadron Collider), and the research methodology is flawed. Technological possibilities await, and there are undoubtedly countless of them. Unfortunately, waiting only for data defining the theoretical foundations can lead to nothing. Therefore, there is a real need to re-examine scientific facts and integrate them into a coherent whole, so as to obtain concrete results and, through this, to look from a different perspective at the technology associated with the use of gravity in technological solutions. Gravitational forces are present throughout the universe; it is a universal phenomenon that exerts such a profound influence on matter that it serves as a kind of blueprint for how the cosmos, galaxies, stars, and planets should be shaped. From the very beginning of the universe, this blueprint was already embedded in the structure of matter and its constituent atoms. This plan remains fluid, and to this day, we find ourselves in the midst of certain processes that lead in directions about which we can currently speculate rather than be certain, while the continued coherence of scientific facts may indicate the validity of some assumptions. It seems that the use of gravity is generally a prelude to any serious exploration of the adjacent space; without understanding its principles there is no point in even thinking about interstellar transport, and travel within the solar system without this knowledge remains very difficult. One of the most crucial issues is mastering technologies to counteract g-forces, which can reach even majestic values ??and are required to reach a specific point in distant space at the appropriate pace. The main gravity drive should provide specific capabilities, including: controlling inertia, thus protecting humans from the crushing "g" force, enabling precise maneuvering, controlling and counteracting relativistic effects, and enabling takeoff from the surfaces of most planets with gravity many times greater than Earth's. The illustrations below show a certain idea of ??an overload drive that I came up with a few years ago, but of course, without a substantive scientific analysis, such drawings are of no significant value. However, they are only intended to suggest and convey a specific intention and, for now, they are not a plan for building a gravity engine, through which similar devices, but much more technologically advanced, could be built in the future. The overload drive is assumed to reverse the direction of the gravitational field lines acting on the rotating fragment, in this case a ring with magnets. It is based on the assumption that by dividing the action of the gravitational field into two components - the main vertical and the smaller horizontal, it is possible to cause the force vector of the vertical component to exceed the force vector of the horizontal component by applying an appropriate speed. To put it illustratively, if a car traveling downhill were to continue its descent for a sufficiently long time, at a certain point, at a certain speed and angle, the occupants would first be affected by the force of gravity loss. Further downhill and with increasing speed, the passengers would experience weightlessness. As the descent speed continued, the gravity vector would reverse, and from then on, the passengers would exert pressure in the opposite direction to the gravitational field lines, assuming, of course, that there was an opposing force holding the car to the road surface. It can be assumed that this pressure would affect the entire car-passenger system. Consequently, the car, attached to the road by magnetic forces, would begin to generate a force trying to lift it off the road. However, this is likely an optimistic and imprecise interpretation of the force system, as the situation is not as simple as it might seem. In practical terms, the application of magnetic forces to this phenomenon is controversial, but this is merely an attempt at a illustrative description. In reality, the plane's inclination could be relatively small, and the counter-gravitational force should result from significant velocity rather than inclination itself, as these two parameters are directly dependent on each other, and their multiplied values ??determine its actual value. The potential implementation of such solutions, even with the best possible material and technical capabilities, is likely unfeasible. Currently, this solution is ineffective, and building specific devices based on current knowledge would fail to achieve the desired effect. Only over time, using completely different technologies, could the entire system function properly. This device could also, or perhaps primarily, be considered a kind of starter, through which the initial start-up of a larger, more complex device would occur. For example, it could initiate a gravitational force, which would then be amplified by other kinetic, dynamic, or magnetic mechanisms. However, a multitude of technical obstacles and problems remain to be resolved, which currently lie outside the canons of scientific and technical knowledge, understood as a set of principles based on experience gained from existing devices. This would deviate from any known solutions used in aviation or space technology. Treating this idea as merely an idea and a thought experiment seems most justified and appropriate. However, even acknowledging that the topic of gravity propulsion presented here may at first glance resemble attempting to propel a boat by blowing into its sail, one must also consider that technology is evolving, and what is impossible today becomes reality tomorrow. Regardless of whether this topic appears to be based on true scientific and technical premises or not, the future will test every new idea or technology in the most unexpected ways, despite the beliefs held by people in various fields of technology and science.

9 September 2020

Inertial propulsion is a propulsion system that does not rely on generating any commonly known field, and at this stage, it will not overcome significant barriers to deep space exploration. Generating propulsion fields and relativistic isolation around space vehicles is a completely different matter. Humanity knows several types of fields, including magnetic, electromagnetic, gravitational, electrostatic, electric, and biofields?torsion fields. Mastering the manipulation of space through appropriate fields seems fundamental to mastering the relativistic and dilation effects associated with time, three-dimensional space, and its distortion by mass through gravity. Experience has shown that certain fields can be combined through the appropriate use of rotating devices in motion, based on knowledge of the material physics of solids and other states of matter. Physical and spatial fields often arise when certain first-order energy carriers flow through space. Other fields arise as spontaneous effects related to the properties of matter itself, such as the rest mass of matter particles, as in gravity; the total charge of elementary charge carriers, as in an electrostatic field; the interaction between two charged material elements with opposite charges, as in an electric field; or the magnetic polarization of a specific volume of a magnetizable material medium, as in the magnetic field of permanent magnets. In all these cases, the spatial position and spatial distribution of matter relative to each other play a significant role. In the case of an electromagnetic field, we are dealing with second-order, spatially polarized energy. An electromagnetic field is the result of devices utilizing the motion of electrons in conductors combined with the magnetic effects of their flow. An electromagnetic field is energy present in nature in the form of sunlight, heat, and ionizing radiation. The electromagnetic field causes the expansion of matter's volume and is related to the functioning and physics of plasma, etc. However, in all cases, known types of fields can only function in three-dimensional space. They also operate only in a single temporal continuum, specific to this universe, and never act with an effect into the future or the past. Time itself is dependent, for example, on the gravitational field?the larger the field vector, the slower time flows. Consequently, increasing velocity causes time to slow down, which occurs according to the theory of relativity. Similar dependencies arising from this theory require the use of technology capable of circumventing them. Mastering gravitational interactions would be key to constructing appropriate devices capable of neutralizing relativistic effects and achieving forms of propulsion suitable for transportation problems arising from the scale of the universe.

9 September 2020

In several sci-fi films there're described many kinds and methods of intergalactic travels. In Star-trek films there's trans-warp propulsion as well as long distances teleportation. In Star-gate films there're Star gate's technology, a sort of wormhole - deep space travel teleportation method leaved here on Earth by some highly advanced ancient civilization. In some other films there is a plenty of various travel methods with application of propulsions which are highly advanced technologically and are relying on manipulation of spacetime, gravity or inertia... In deep space travel and also in intergalactic expeditions from our planet, which doesn't rely on hibernation of the crews or many generation space ship travels, we need to cross most important and crucial problems in technology, which from today's point of view seems to be impossible to cross to. Some of technology, we know will never work, is technology with relation to relativistic physics and effects which have its roots in theory of relativity. However some scientists are still looking for a new development of this theory to obtain their own aims in science, and also to check out some predictions, which has been functioning along with science from already long time. Some of scientists have also been working on really advanced concepts in space transport theory but those concepts were rejected and were not admitted for playing any greater role in recent science and technology. Almost all of them found its end on a stack of paper documentation, although some of them became famous and are functioning in science for decades, however as we can see through all of these times, without any technological appearance. We could accept recent science based on relativity and we could also to admit, that technology based on different reality in science is possible. It is impossible to break the limits in technology in a simple way thinking only in one manner. If we stay with thinking only within relativistic theory without any enrichment of it in anew parts, there is not possible to break light speed barrier and this kind of technology is simply a fairy tale. For space, gravitation, time and inertia we still cannot obtain any realistic and what is more, important and practical explanation, and this is exactly region of science responsible for proper transportation methods able to overcome well-know transportation limitations. What is existing besides time, 3-dimensional space limitations, gravitation and inertia, we won't get know until we get to the bases, origin of crucial matter representation and spacetime in what matter is existing and field is propagating. Almost every sort of existing methods of thinking are still polluted by planetary environment and perception defined by planet on which we were born. Abstractive thinking is hard in this conditions. Mathematics, physics were mostly created by whose, who were able to do this better then the rest of inhabitants of this world. Even in the situation, where most crucial problems are solved by a great groups of scientists, most of theoretical works still stay insufficient if we consider their practical mean and appearance - they are still explaining nothing what could be useful in interstellar travel or therefore intergalactic travel. There are still plenty of undiscovered relationships in the science. Physics, which is limited to recent technology abilities is not sufficient yet to do any real explanations.

9 September 2020

Considering matter, it emits various fields, starting with the most obvious, the gravitational field, and continuing with other fields such as the magnetic field associated with the motion of electric charge, the electrostatic field associated with the static electric charge itself, and the electric field resulting from the interaction of two opposing electric charges?positive and negative. Is the existence of matter related to the existence of other fields currently unknown to standard science? One clue to such a field is the shape field or torsion field. The shape field, a direct manifestation of which is shape radiation, is characterized by matter's tendency to maintain its existing, current material shape. For example, a disruption of this field occurs upon the destruction of a material object or any breach of its material integrity. This field is a matter field and is likely gravitational in nature, expressed in the form of static inertial energy. The gravitational field is a consequence of the existence of matter, but the shape field is related not only to gravity but also to the geometry of this field for each material object. The shape field strives to maintain the structure of matter. Shape radiation is a gravitational pattern emitted in space that causes an increase in the "surface tension" of an object, conditioning the return of the object to its original shape prior to the disruption of its structure caused by external factors. This field expresses itself in the tendency to rebuild its basic structure using its own regenerative energy, resulting from the forces of gravity. Shape field energy manifests itself as a result of the concentration of gravitational energy associated with the emergence of a gravitational pattern, which is not dissipated by other shape energy from another object, because it does not interfere with this energy. Resonance can occur between objects possessing the same shape pattern and spatial geometry, which can only amplify the energy of these objects, never weaken it. Shape energy can be destroyed by the destruction of the material shape and can also transform into another form of energy. Torsion fields and shape fields therefore influence the cohesion of matter and are linked to its structure, determining, for example, the manner in which certain natural processes occur, such as the crystallization of crystals, the germination of plants, and so on. In G. Szypov's book "The Vacuum Theory in Popular Exposition," a torsion field arises from the spatial arrangement of electrons, specifically their spins. He demonstrates devices such as Akimov radiators, which generate such fields, influencing the crystallization of salts, the growth of seedlings, and the crystallization of metals. He advances a theory concerning the emergence of inertial and inertial phenomena based on the torsion field of matter. Indeed, to date, none of the greatest minds in history, or those living today, have dared to undertake a comprehensive explanation of the phenomena of inertia and the inertial field. As late as the nineteenth century, various attempts were made to explain this phenomenon, including describing it as the interaction of material bodies with a hypothetical aether or the rest of the matter in the universe. G. Shipov is one of those scientists who attempted to provide a theoretical and mathematical explanation of the torsion field phenomenon, as well as an attempt to use it as a basis for explaining the phenomenon of inertia itself.

9 September 2020

Centrifugal force could be that kind of inertial phenomenon in closed loop propulsion type by which application we can travel in space on slightly different method we did it before. Centrifugal force can be used as the force acting against the acceleration force. This is the method where centrifugal driven space vehicle can to journey faster than we ever can imagine. However how can we obtain such a drive using only centrifugal force ? Centrifugal force is acting as a inertial reaction for the bodies in rotation state. In this case we have several factors which we can control to obtain a proper results in centrifugal force to use it as a drive force for some sort of gravity inertial propulsion vehicles. Changes of the length of rotation radius, mass of a drive rotor, and speed of rotation are the main factors which can be taken here to attention.

9 September 2020

In the case of the picture above the centrifugal forces are different in respect to the side of the spaceship and that's why this ship is simultaneously gain a propulsion and a proper gravity on the deck at once. The system is rotating and it is consisted from two equal in mass cockpits in internal rotor. Both masses with cockpits are in continuous motion - rotation inside the body of the vehicle while the external body is motionless, system has two counterweights rotating in the opposite to main rotor direction. The system is powered by electric motor and nuclear reactor. Scale of the system is preferred to be big enough to sustain every condition to deep space travel for the crew. The result gravity forces in each passenger compartments or cockpits is related to result centrifugal force acting during each full turn of the system. The system can be doubled or can be in the version of three the same parameters in every generators. The forces acting on the top and in the bottom of the vehicle doesn't counts because they are of the same value in every turn. This is not a typical, tried rocket propulsion method but can be this much expensive to try or even more expensive, of course if it will be working at all in this form. I don't think if somebody will be able to check this out building the prototype soon, so better let this idea left for other more abundant in ideas times in technology.