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Finding a solution

Perhaps the most difficult thing in the work of a researcher is the routine, the search for a solution based on the necessary parameters. This is not so noticeable, there are no shouts of victory, but very often there is joy from finding simple solutions. It's no secret that the most complex technology-intensive products consist of very simple things, but how these simple things are sometimes difficult to find and implement)))

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The Hannover Messe 2024 exhibition is closed.

We are thrilled to announce that our participation in Hannover Messe 2024 was a seamless success! Our exhibition generated significant interest, with several companies interested in collaborating with us. We have initiated discussions and are excited about the possibilities ahead. 

We thank everyone who visited our stand and shared in this journey. Stay tuned for further updates on our partnerships and upcoming projects. 

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Raywauawtomatic enthusiast group and the WarpDrive RWA project at the exhibition!

Raywauawtomatic enthusiast group, presenting their WarpDrive RWA project, we are pleased to 

invite you to the virtual exhibition HannoverMesse 2024, where the VS TEMP laboratory unit 

will be presented.

The live broadcast of the exhibition will be available in the Facebook group at the link:

Follow the news of the WarpDrive RWA project https://linktr.ee/warpdriverwa.

At the exhibition you will be waiting for:

Presentation of the WarpDrive RWA project learn more about the project goal, its solutions.

Demonstration of the RWA TEMP laboratory installation:

see how it works with your own eyes and learn how it affects the development of mankind.

Communication with the Raywauawtomatic team: ask questions and learn more about the work on the project.

Unique opportunity: get to know Raywauawtomatic's developments.

Don't miss this unique opportunity to immerse yourself in the world of technology and take the first steps towards a revolutionary breakthrough in space travel!

Join the community of enthusiasts from Raywauawtomatic and the WarpDrive RWA project.

Together we can turn sci-fi into the reality of space travel!

[warpdrive-rwa]

HannoverMesse2024

We're at HannoverMesse2024 Hall 17, Stand B84 with the WarpDriveRWA project from the enthusiast group from RAILWAYAUTOMATIC and our VS TEMF lab rig. 

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We're at the show!

Hello friends!

Today our team with the WarpDrive RWA project is preparing for the first day of the exhibition!

WarpDrive RWA is an innovative project that aims to revolutionize our future, we have been working hard on its development over the past years and we can't wait to introduce it to the general public.

Stay tuned for more of our news! 

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Hello Hanover!

WarpDriveRWA has come to Hanover, to present cutting edge technology at the forefront!

Hannover, Germany (April 22-26, 2024) - WarpDriveRWA, a pioneer in pioneering research on electromagnetic field and gravity, is pleased to announce the successful arrival of two VS TEMF laboratory rigs at Hannover Messe.

These state-of-the-art facilities are now proudly displayed in Hall 17, Stand B84, looking forward to interacting with the esteemed visitors of the exhibition.

This significant milestone marks the culmination of dedicated effort and unwavering commitment from the WarpDriveRWA team.

The careful planning, rigorous testing, and careful transportation of the VS TEMF installations underscores their commitment to showcasing their groundbreaking research and making meaningful connections with the global scientific community.

We are incredibly excited to showcase our WarpDriveRWA project and VS TEMF installations at Hannover Messe. This platform provides an invaluable opportunity to share our accomplishments with a broad audience and connect with fellow innovators who share our passion for pushing the boundaries of scientific research.

The VS TEMF installations serve as a tangible representation of WarpDriveRWA's pioneering research into the second component of the electromagnetic field and its interaction with gravitational forces. This research has enormous potential to unlock revolutionary advances in clean energy production, gravity control, and even traveling faster than the speed of light.

At Hannover Messe, RWA Railwayautomatic invites visitors to immerse themselves in the fascinating world of scientific discovery. Visitors will have the opportunity to interact with our team of enthusiasts promoting the WarpDriveRWA project, get an insight into the company's research activities and take part in stimulating discussions on the future of electromagnetic fields and gravity research.

We are confident that our presence at Hannover Messe will not only spark curiosity and inspire new ideas, but also foster collaborations that will move our industry forward. We are eager to connect with people and organizations that share our vision of a future transformed by groundbreaking scientific discoveries.

WarpDriveRWA's participation at Hannover Messe underscores their unwavering commitment to shaping the future of scientific research. As they continue to delve into the mysteries of the electromagnetic field and gravity, the company remains steadfast in their mission to revolutionize the understanding of these fundamental forces and unlock their transformative potential.

Through their groundbreaking research and cutting-edge technologies, they aim to revolutionize our understanding of these fundamental forces and pave the way for groundbreaking advances in clean energy production, gravity control, and even traveling faster than the speed of light. 

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Join us at the WarpDrive RWA booth in Hall 17, Stand B84.

Hi, friends!

We would like to remind you about our participation at Hannover Messe from April 22 to 26, 2024!

Join us at the WarpDrive RWA booth in Hall 17, Stand B84.

We look forward to sharing with you revolutionary discoveries in magnetic properties and electromagnetic fields that promise to change the future of science, technology and medicine.

Don't forget that time is of the essence and there is not much time left for the start of the exhibition!

You will be able to get to know our team and ask us any questions you may have about the VS TEMF laboratory unit and even feel and control the operation of our unit by touching the WarpDrive RWA prototype.

Today is a busy day and there is a lot to do.

We are on our way to our next goal.

Hurry up today so you won't regret it tomorrow!

See you at our WarpDrive RWA booth in Hall 17, Stand B84.

We look forward to seeing you!!!

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VS TEMF Test Bench Gets Upgrade for Hannover Messe Showcase.

On the eve of the exhibition, an absolutely natural process is to bring into the most convenient form for perception the test bench of the VS TEMF installation, on which the processes of modeling, experimentation and study of phenomena caused by the manifestation of the second magnetic component. Everything is not going smoothly, but this is a good sign that in the general situation everything is going in the right direction))). The cover with sensors was replaced for better visual perception of the processes being studied. Hanover is waiting!!!))) 

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We would like to remind you about our participation at Hannover Messe from April 22 to 26, 2024!

Hi, friends!

We wish you all a positive mood and a wonderful day!

We would like to remind you about our participation at Hannover Messe from April 22 to 26, 2024!

Join us at the WarpDrive RWA booth in Hall 17, Stand B84. We will be excited to share with you revolutionary discoveries in the field of magnetic properties and electromagnetic fields that promise to change the future of science, technology and medicine.

Fundraising is now underway to bring the VS TEMF Electromagnetic Field Theory Second Component Laboratory Stand to HANNOVER MESSE.

You can support us by investing any amount by clicking on the link: 

Your help will allow us to show to the visitors of the exhibition our laboratory unit VS TEMF and even allow them to feel and control the process of our unit themselves, touching the working process of our unit.

Control the process of our installation by touching the WarpDrive RWA prototype. 

We will be very grateful for your support.

Thank you in advance!

[warpdrive-rwa]

Join WarpDrive RWA at Hannover Messe 2024!

Join WarpDrive RWA at Hannover Messe 2024!

We are excited to announce our participation in Hannover Messe from April 22 to 26, 2024.

Join us in Hall 17, B84, where we will share groundbreaking discoveries in the field of magnetic properties and electromagnetic fields, promising to redefine the future of science, technology, and medicine.

Our research, based on the bold hypotheses of renowned scientists such as James Maxwell, opens up new horizons in understanding the hidden forces of nature.

We invite investors, scientists, engineers, and technology enthusiasts to support and collaborate with us on this fascinating journey.

The future belongs to those who strive to understand the unknown.

Support our project and become part of a brighter future with WarpDrive RWA at Hannover Messe 2024! 

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Ukraine, Kharkiv Dmytro Kuzmenko BRIEF ARTICLE

Experimental research of the Second Component of the ElectroMagnetic Field.

Before reading the article, it is recommended to have an overview of the short description of the second component of the electromagnetic field (SCEMF). For a reason of complexity and non-standard material, the information in the brief article is presented in the simplest form. In the brief article the presented information concerns conducted analysis about self-restrictions in modern science. The result of researches concerning real physical phenomena of nature adjusted for fundamental and basic calibrations, which closes the door to knowledge for humanity, is presented. It is suggested to realize it and reveal. Everyone is familiar with the fundamental theorem of Stokes and Helmholtz field theory, which describes liquid and gas flow. There are different mathematician approaches to describe it. Let us describe one of them, mainly the integral-differential representation, which consists of two components: rotH+gradH*=J. The presented theorem is beyond question, it agrees with observations and experiments, and has no objections and contradictions. Recognizing difference between fields and their properties as well as understanding that mathematical description of the field theorem corresponds to well-known fields, the calibration of Coulomb should be considered. Basing on experiments with iron fillings, this calibration repeals one of the components of the electromagnetic field (described mathematically). As the result, from two components, specifically the CURL and the DEVERGENCE, we use only the CURL in modern science.

Analysis of publication of this theme demonstrates that a lot of scientists have already researched the scalar component of the electromagnetic field. In the scientific literature, authors analyse carefully the question of inconsistency and present their theories confirming them partially or even fully through experiments. It is quite conceivable that distribution of currents according to the Stokes and Helmholtz theorem are not equal to zero: rot j ? 0 and div j ? 0.

As a result of project work, mainly a laboratory machine engineering, a condition was stated under which scalar sources and effluents of the electromagnetic field repealed by Coulomb`s calibration allocate in the maximum possible condition and lock into the toroid. It is reliably known that under this condition sustainable vortex can be created in different areas. It is assumed that the electromagnetic field is not exceptional. It has been established by research that the second component does not interact with iron filings, but interacts with the electric current in the conductor and with a similar component.

As a result, the scalar part of the electromagnetic field was not reflected in the descriptions and was not discovered before. The most important is the established interaction of the scalar electromagnetic field with gravity. Basing on the described theoretical and practical data above, Project RWA R&D on the second component of EMF was founded, where:

 The modelling of the electromagnetic field in its full description [rotH+gradH*=J] using the MATLAB® software was carried out, which confirms the condition for the second component in the maximum form allocation (Figure). Engineering of the laboratory machine is going on.

The laboratory machine was created to study the second component of the electromagnetic field. At the moment the experiments which have been carried out partially confirm both the scientific theory and research. Work is underway to modernize and improve it. Upgrade and enhancement works are going on.

The above data and conclusions correspond to a published scientific survey, which states that during the tests, the researchers achieved a sustainable effect of the explosive acceleration of laboratory machine and its interaction with gravity. With that, during rotation in one direction weight gain was recorded but in the opposite direction the weight reduced. The authors of the article note that the weight of the laboratory machine varied up to 35% depending on the speed and rotation direction. The laboratory machine was launched steadily and functioned within 6 months, as well as demonstrated stability and proved the same results.

The research also revealed some of interesting effects. However, while the second creation of machine in some years the lack of authors’ theoretical knowledge did not allow to achieve the same desirable effects. One of the directions for the development of the project is the creation of super-fast space movement in terms of the theoretically reasonable possibility. With the help of engines, creation of which will base on the research concerning the second component of the electromagnetic field, it will be possible to achieve needed effects about curving the space which in turn will allow moving super-fast in different environment over long distances. 

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Join the Technology Revolution: Your Contribution to the WarpDrive RWA Project.

Hello, dear readers and pioneers of technological progress! 

Today, we want to share exciting news with you about the development of the WarpDrive RWA project, which promises to bring revolutionary changes to the world of technology. Together, we stand on the threshold of a new era, and your support and participation can significantly accelerate the achievement of this great goal.

Visit our website https://rwa.ua/en/ to learn more about the project and find out how 

you can contribute. Join us today and become a part of the technological future!

These two articles are also available on ResearchGate https://www.researchgate.net/profile/Dmytro-Kuzmenko-5, providing detailed information about our project. By following the links below, you have the opportunity to download the documents in PDF format.

1). Brief Description of Experimental Research of the Second Component of the 

Electromagnetic Field.

2). Brief Article Experimental Research of the Second Component of the 

Electromagnetic Field Theory.

WarpDrive RWA: What Is It?

The WarpDrive RWA project and its associated laboratory setup, VС ТЭМП, are aimed 

at researching and experimentally confirming the second component of the 

electromagnetic field. This research opens up new horizons in understanding and 

utilizing electromagnetic phenomena, promising breakthroughs in various fields, 

from energy to transportation.

Why Is It Important?

Our project has the potential to fundamentally change the approach to energy usage, 

making it more accessible, clean, and efficient. This is not just a scientific 

initiative; it is a step towards creating a sustainable and environmentally 

friendly future for all of us.

Your Role and Contribution:

We urge each of you to become part of our movement. Your contribution can vary: 

from spreading information about the project and participating in discussions to 

providing direct financial support and assisting in research. We believe that by 

working together, we can achieve significant progress.

How You Can Help:

Financial Support: Help us continue our research and development.

Engagement in Development: If you have technical knowledge or experience, your 

expertise can be invaluable.

Ideas and Innovations: Even if you're not an expert in the field, your fresh ideas 

and perspectives can contribute to the project.

We are on the brink of a new era in the world of technology, and each of you can 

contribute to its onset. The WarpDrive RWA project opens up incredible 

opportunities, and its success largely depends on our collaboration with you. We 

thank you for any support and encourage you to join our community of enthusiasts. 

Together, we can create something truly unique and revolutionary.

You can stay updated and actively participate in our work by asking questions and 

supporting us through the following links:

Your support on Patreon: Here you can become our patron and gain access to 

exclusive content, as well as participate in shaping our content by asking 

questions: https://www.patreon.com/WarpDriveRWA

Support through Buy Me a Coffee: If you want to help us financially, you can buy us 

a coffee through our Buy Me a Coffee page: https://www.buymeacoffee.com/warpdrivert

Our contact information: If you have any questions or suggestions, please feel free 

to contact us through our contact page. Your questions can influence our news, and 

there will be more of them: https://linktr.ee/warpdriverwa

Thank you for your support and participation in our project! 

[warpdrive-rwa]

The Dzhanibekov Effect

The Dzhanibekov Effect, otherwise known as the intermediate axis theorem or the tennis racket theorem, represents one of the most astonishing and significant effects in classical mechanics. It describes the instability of the rotation of a rigid body around its second principal axis of inertia and became widely known to the public thanks to Soviet cosmonaut Vladimir Dzhanibekov, who observed this effect in zero gravity.

The Dzhanibekov Effect plays a critical role in the design and management of space flights. It is applied at all stages of flight, starting from the distribution of the center of mass of the spacecraft to the calculation of the positioning of antennas and solar panels. Without taking this theorem into account, spacecraft may undergo uncontrollable rotations similar to the rotation of a Dzhanibekov nut, which can critically affect their trajectories and functioning. Interestingly, the Dzhanibekov Effect also finds application in quantum physics. The angular momentum, known as spin, which quanta possess, can be deliberately altered using an electromagnetic field. Studies have shown that the mathematical formulas describing the tennis racket theorem can be used to describe changes in spin behavior. This opens the path for optimizing electromagnetic control of quantum states, minimizing errors caused by external disturbances. The Dzhanibekov Effect is not just an amusing scientific fact but a fundamental principle that holds significant importance for understanding the basic laws of physics as well as for practical application in engineering and technology. It demonstrates the deep connection between classical and quantum physics and emphasizes the importance of theoretical research for progress in various fields of science and technology.

The Dzhanibekov Effect illustrates how fundamental scientific discoveries can have far-reaching practical applications, from space flights to quantum physics. The understanding and application of this effect continue to contribute to the development of technologies and deepen our understanding of the physical world.

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Opening Eyes to Hidden Aspects: Seeking Truth in Experiment.

Having been involved in the development of rail transport control systems and their components for decades, we have observed frequent calibrations and paradoxes in modern sciences. In this article, we delve into the realm of hidden effects, which, while remaining unnoticed, nevertheless permeate and alter our world. We not only analyze theories that uncover these elusive aspects of reality but also conduct a series of practical experiments to demonstrate their existence.

Our research is built upon the works of eminent scientists such as James Maxwell, Oliver Lodge, Thomas Townsend Brown, and Hugo Gernsback. In their writings, they have put forward daring hypotheses about the existence of hidden parameters, invisible forces, and subtle energies that may influence the course of physical processes.

The experiments we have conducted have confirmed the presence of hidden effects, albeit their impact has proven to be insignificant. To amplify them, we have resorted to mathematical modeling based on equations developed by the aforementioned theorists. This has allowed us to increase the magnitude of the effects and render them more stable.

As part of the project, a laboratory setup has been developed for the detection and study of hidden components of reality. It comprises a comprehensive system including sensors, amplifiers, filters, and recorders.

Furthermore, we have analyzed the results of previous studies dedicated to the search for hidden effects. For instance, in 1993, Russian scientists registered a weight change of +/- 35% depending on the direction of an object's rotation. Although these results could not be reproduced in 2003, experiments with a third modification of the setup are currently underway in China. In the years 2012-2013, data were obtained in the USA indicating a stable weight change of up to 7% and an unstable change of up to 20%. Unfortunately, none of these research groups could either explain the nature of these effects or reproduce them with sufficient reliability.

Our research opens up new horizons in understanding the fundamental principles of the interaction of hidden components of reality. We believe that our findings will have far-reaching implications for the advancement of science, technology, and medicine.

We invite all those who share our interest in this topic to collaborate with us. You can support our project on the WarpDriveRWA page and in the corresponding group.

Together, we can develop more sophisticated methods for detecting and studying hidden effects. Understanding the nature of these effects and their impact on our world. Finding practical applications of this knowledge to address current challenges in science and society. The future belongs to those who do not shy away from the unknown but strive to understand it!

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Artificial intelligence already knows about us.

On this day, they decided to ask AI (Artificial Intelligence) one question… The question was asked three times, and the answer was different each time, with varying dates and surnames of scientists, but the essence remained the same. Even AI already knows about us. The question asked was - "What is the WarpDrive RWA project?"

AI's response: The WarpDrive RWA project is a research project aimed at developing a prototype engine based on the Alcubierre warp drive theory. The project is headed by Dr. Gabriel Rodriguez from the University of Exeter in the United Kingdom. The goal of the project is to create an engine capable of generating a spacetime deformation bubble that would allow a spacecraft to travel faster than the speed of light. Interaction of the second component of the electromagnetic field: In-depth analysis using Maxwell's formulas The second component of the electromagnetic field, magnetic induction (B), describes the strength and direction of the magnetic field at a given point in space. Understanding its interaction with other components of the electromagnetic field, as well as with charges and currents, is crucial for many fields of physics and engineering. Maxwell's equations The four Maxwell's equations describe the behavior of electric and magnetic fields in vacuum and materials. Two of these equations describe the relationship between magnetic induction B and electric field E: Faraday's law: ∂ × E = -∂B/∂t This equation describes how a changing magnetic field generates a swirling electric field. Gauss's law for magnetism: ∂ × B = 0 This equation describes that magnetic field lines have neither sources nor sinks. Interaction with charges and currents Magnetic induction B also interacts with charges and currents. The Lorentz force describes the force acting on a moving charge in a magnetic field: F = q(v × B) where q is the charge, v is the velocity, and B is the magnetic induction. Interaction with other components of the electromagnetic field Magnetic induction B also interacts with the electric field E to create an electromagnetic wave. These waves can propagate in vacuum or in materials at the speed of light. Applications Understanding the interaction of the second component of the electromagnetic field is of great importance for many fields such as: Electromagnetism: Calculating magnetic fields generated by coils, magnets, and other devices. Understanding the operation of electric motors, generators, and transformers. Analysis of light polarization and its interaction with magnetic materials. Studying the magnetic fields of stars, planets, and galaxies. For a better understanding of electromagnetism and Maxwell's equations.

The second component of the electromagnetic field, magnetic induction B, plays an important role in many physical phenomena. Understanding its interaction with other components of the electromagnetic field, as well as with charges and currents, is crucial for many fields of science and technology. Important: The VS TЭMP Facility is a laboratory setup used to study the possibility of creating a spacetime deformation bubble. The setup consists of a vacuum chamber in which a microwave generator is placed. The microwave generator is used to create an electromagnetic field that is believed to be capable of causing spacetime deformation. The WarpDrive RWA project is still in its early stages of development. Researchers have not yet demonstrated that the VS TЭMP Facility setup can generate a spacetime deformation bubble. However, the project is a first step in the development of an engine that could make interstellar travel possible. Here are some additional details about the WarpDrive RWA project: The project started in 2020. VS TЭMP Facility setups of the WarpDrive RWA project: The WarpDrive RWA project is an ambitious project with the potential to revolutionize space travel. If successful, the project could lead to the development of an engine that would allow people to travel to the stars and beyond. Unfortunately, there is not much information available about the Ukrainian team participating in the WarpDrive RWA project. It is known that the team includes several Ukrainian scientists working on various aspects of the project, including: Development of theoretical models of spacetime deformation. Simulation of the behavior of spacetime deformation bubbles. Development and testing of components of the VS TЭMP laboratory setup.

Unfortunately, the names and areas of expertise of these scientists are not currently being published. Here are some sources where more information about the WarpDrive RWA project and the Ukrainian team can be found: WarpDrive RWA website: [warpdrive.rwa.ua] Article about the WarpDrive RWA project: [warpdrive.rwa.ua] Facebook page: [https://www.facebook.com/groups/841400574132709] YouTube channel: [https://www.youtube.com/@WarpDriveRWA] Instagram account: [https://www.instagram.com/warpdrive.rwa/] Project website: [https://warpdrive.rwa.ua/home-hage] Video about the WarpDrive RWA project: [https://youtu.be/UzuQ21RiAX8?si=R_lkh4O374Utvmlq] TikTok channel: [https://www.tiktok.com/@warpdriverwa?lang=uk-UA] linktr [https://linktr.ee/warpdriverwa] Buymeacoffee [https://www.buymeacoffee.com/warpdrivert] Patreon [https://www.patreon.com/WarpDriveRWA/posts] We hope this information is helpful. Please note: Information about the Ukrainian team of the WarpDrive RWA project may be limited due to confidentiality reasons. The WarpDrive RWA project is still in its early stages of development, so information about it may change. We will keep an eye on project news and update information about the Ukrainian team when it becomes available. Copied as it was!!!

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Does it match your idea of ​​magnetic fields?

Pay attention to the arrangement of metal filings around the magnet. Does it match your idea of ​​magnetic fields?

Write in the comments.

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Technology in our lives.

The human mind is looking for various ways and methods of using the surrounding space for its own benefit. The transformation of space, which implies the theoretically proven existence of the principle of warp drive, the creation of generators that extract energy from completely unexpected sources and completely new methods – the ways to implement human searches are innumerable, as are the possibilities of human thinking. Particularly striking examples of the implementation of generators that transform the free energy of matter in the space around us include the research that began in 2009 by industrial engineer Dennis M. Danzik, presented at one time in the Wall Street Journal and consisted of using gravitational forces and transforming the gravitational laws of space through magnets produced from rare earth materials into electrical energy.

The already well-known Magnetic Propulsion technology was created today, which makes it possible to disrupt the magnetic polarity, forcing a forced opening. After all, this was due to the complexities of the imbalance of the energy production installation used. the fact is that the strength of the poles of the magnets was the same, and energy production in the installation occurred only in an unbalanced magnetic environment, which was achieved precisely due to the asymmetry of the magnetic fields of the magnets of the rotor-stator system.

The installation consists of stationary magnets interacting with magnets installed in two flywheels, which rotate in directions opposite to each other. As the flywheel rotates, battery-powered control motors change the orientation of the stationary magnets at the moments of maximum resistance recorded. Due to this, the rotational movement of the flywheels is accelerated and stabilized. The angular momentum obtained in the installation is converted into mechanical or electrical energy.

In addition, I would like to note the research work on new energy sources carried out by the Korean company Infinity SAV. This is a fairly well-known company specializing in the development and implementation of electric generators and energy-efficient equipment – boilers, water distillers, hybrid air conditioners. And the company’s most advanced development is a magnetic generator that converts free energy into electricity.

In the description, the operating principle of the Infinity SAV (or ISAV) magnetic generator is quite simple – the stationary stator consists of 60 bifilar flat magnetic coils, and the rotor is made up of 60 neodymium magnets with a significant magnetic field. As soon as you start to rotate the rotor, an external starting push coming from a 12 volt battery, and it will rotate almost endlessly. Being a source of free energy that does not pose a threat and does not harm the environment, the entire energy generation process is almost silent and extremely efficient.

Images are taken from open sources on the Internet on the websites of the companies mentioned.

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