Practical Journal Of Physics Class 11

[Emir Ballard]

Thisis the first introduction of new and revolutionary aerospace engines and propulsion methods. Our organization is currently developing quantum propulsion systems and space vehicles that will be capable of flying with enormous speed (potentially reaching and exceeding the speed of light) and will have unseen-before manoeuvrability and lifting capacity. They will provide 100% crew protection from deadly sun and space radiation which is essential for safe deep space travel and manned space exploration. They will also provide spacecraft with protection against space particles. To date, we have managed to crack the main secret of practical quantum engine design and we are ready to develop it further into fully operational aerospace vehicles. Quantum propulsion systems are the only systems that can facilitate realistic prospects of space mining on the industrial scale and deep space colonisation, including colonisation of habitable planets in the future. The cost efficiency of this new technology is going to be enormous. Development and production costs of quantum aerospace vehicles compared to production costs of chemical fuel jet spacecraft allow to reduce price per kilo space launch ratio hundreds of times, making deep space exploration and commercialisation more accessible and practically feasible at last. Manufacturing and maintenance of quantum-propelled flying machines that can reach the age of our solar system within hours will be no more expensive than manufacturing jet planes or helicopters of the same size. Quantum propulsion systems are going to replace outdated chemical fuel rocket and jet engines in the near future and will become the mainstay of air travel and space exploration.

Both from a scientific point of view and as a need to discover new sources of essential resources, exploring beyond our own planet is one of the remaining great missions for humanity. However, this is not without challenges, and as we look beyond the Moon to larger, more distant bodies, those challenges have become roadblocks to progress.

Whether used in the atmosphere or space, the chemical fuel rocket propulsion that has taken us this far has reached its practical limits. In terms of the thrust that can be generated, the speeds possible and the fuel needed, existing technology is something that must be worked around, rather than a driving force to achieve new goals. Even with technological breakthroughs such as fusion reactors, the jet engine-powered craft will struggle to exceed even 50 km/sec speeds, while lifting capacity will remain severely limited too, presenting limiting performance on any future plans using the outdated propulsion systems that produce thrust by expelling reaction mass i.e., burned fuel shot backwards to provide acceleration.

Our current technology is only viable for manned flights to the moon and Mars, and even then, with significant compromises in how much equipment and how many people can be transported at once. But we should already be planning for longer journeys, reaching asteroids for the minerals they offer, new planets for the possibilities of settlements and more. Even travel between countries remains a barrier to trade, with flights being both expensive and a little faster than they were half a century ago, with severe limitations on the weights that can be realistically transported.

As we seek to push further away from our planet, speed becomes more than a hindrance, but instead is the thing that defines what we can do as humans. Distances become so vast, so quickly, that time taken to travel to bodies within our solar system, or further afield, dictates the kind of missions that can be attempted, and the kind of vehicles needed to accomplish them. Without a dramatic change in the speeds possible for our spacecraft, even the nearest stars become not a journey of exploration, but an impossible dream. With the human body having physical problems after 2 years in a weightless environment and deadly space radiation, travel beyond that remains impractical. Currently, that means no further than Mars. If we want to go further, and eventually we must go further, then we must travel faster. Much faster.

It is imperative then that our technology keeps up with the needs of not just space exploration, but the world around us. Providing fast, cheap transport around the globe can bring about a sea-change in how we live, boosting the life experience of every human being on the planet. The question has long been what kind of engine will drive this change, and we are proud to say that having taken the first steps into this new world, the answer is Quantum Propulsion Systems.

The most groundbreaking work on the subject is the theoretical research and practical analysis of proposed interstellar travel methods undertaken by Mario J. Pinheiro and Takaaki Musha, world-renowned leaders in the field, and their seminal work Physics of Field Propulsion: Outline of Quantum Field Theory and Its Applications for Space Propulsion [4]. In the last couple of years, Mario J. Pinheiro has continued to build on this incredible research, with New Framework to Study Electromagnetic Turbulence [5], Advanced Topics in Contemporary Physics for Engineering: Nanophysics, Plasma Physics, and Electrodynamic [6] and finally Advances in Engine Efficiency: Nanomaterials, Surface Engineering, and Quantum-based Propulsion [7] all taking the idea of practical applications of quantum propulsion further than ever before.

This equation leads to a function indicating that the faster we travel, the more energy is required for acceleration in our pursuit of reaching the speed of light. While it suggests that getting very close to the speed of light is possible with a fantastically tremendous amount of fuel, achieving the actual speed of light remains unattainable. As we approach the speed of light, the mass and kinetic energy of the vehicle increase, demanding more and more fuel for further acceleration (see Fig. 1):

With so much research moving this concept forward rapidly, it is important to understand the theory and how that translates into a practical, effective solution for motive power. The basic operating principle of any quantum propulsion system is the generation of a quantum vacuum cocoon, or a quantum bubble, around a vehicle. This quantum cocoon dissolves any quantum connections between physical particles and fields around the vehicle and thus isolates this vehicle from the influence and resistance of the outside physical environment and physical fields. It forms a sphere of absolute vacuum around the vehicle where no material object of field can exist and function in its normal form.

Our team is the first group of engineers on the planet that have recreated this effect by means of electromechanical devices and holds IP for this invention. We are currently working on the development of the flight control system, aiming to build reliable and effective aerospace propulsion systems and vehicles. Through these experiments in replicating the quantum cocoon and unleashing the potential of rapid transit as a result, we believe that we have unlocked the true nature of matter and mass. Our experiments show that it is the combination of black matter and black energy that forms the foundation of the universe, with visible matter and its electromagnetic and gravitational fields at the top, alongside some yet unknown fields. All those fields and energies are interacting and displaying significant interdependence.

Every material object is formed of quantum particles that in their turn are formed by high-frequency oscillations of various known and unknown physical fields. Hence, oscillations form matter and its quantum gravitational fields that also form gravitational connections between objects and inside of these objects, thus shaping the main substance of the matter that we perceive as the tangible material objects being discussed. If we then try to move and accelerate these objects, whatever they may be, we experience natural resistance or friction between the static universal fields and the net of quantum connections inside of the accelerating objects, forming an initial resistance to the movement called inertia that represents the main attribute of mass. That resistance is how we define mass and as we propose to understand it today.

That 100% Q-Force is what we consider to be the perfect quantum bubble or cocoon, creating its own dimension within the bubble, separate yet within our own dimension. Inside this cocoon, the vehicle is unmoving, and completely static, when force is applied, it is the cocoon itself that moves. The vehicle is static within its own dimensional bubble, even when the bubble itself moves within our dimension. Occupants of the vehicle inside that cocoon are therefore not subject to the acceleration and movement forces we expect, as in their cocoon, they remain entirely static.

Thus, when the quantum generator of the propulsion system is on and at 100% power (see Fig. 5), the space vehicle glides via the energy-free tunnel, forming it by generating a quantum vacuum bubble around itself that conveniently isolates the vehicle from the surrounding chemical environment and combination of universal energy fields (see Fig. 6). If we apply a controlling impulse to one side of the bubble, we will effortlessly accelerate the bubble and the vehicle inside the bubble to any speed including speed of light. Thus, electromagnetic impulses of predefined frequency and configuration will provide these vehicles with propulsive and flight control momentum.

Our research and development are continuing under the business identity trademarks of Quantum Propulsion Technologies Ltd., operating both short- and long-term programs that aim to deliver real-world applications of the concept. This begins with the design, development and testing of the first workable and fully operational quantum propulsion system-propelled prototype within the next two to three years. This initial prototype will operate as proof of concept, demonstrating the many advantages of quantum propulsion systems for both our potential investors and our potential customers alike.

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