Carefully, rapidly, certainly, with higher maneuverability, without noise and vibration, indifferently of weather, nuclear generator, circular accelerator, linear accelerator, pulsate-LASER jets, betatron, light velocity, surround the planet.
8c, 09c, or more). A three-ton flying-ship can surround our planet only one time without alimentation. The new flying-ship hasn’t high movement autonomy; It can’t traverse the galaxy (it’s always a space-waggon as well), but it may move rapidly, certainly, in our space. The new aircraft has got a better maneuverability. To making a real aircraft with a higher flying autonomy we need a new special technology. One must discover and utilize some particles which can run with higher velocities, higher than the light velocity.
Time to Fly! Now, It is the time to make a New Aircraft, with a New Beam or ionic, pulse Engine.
Ionic engine (ion thruster, which accelerates the positive ions through a potential difference) is about 10 times more effective than classic system based on combustion. We can still improve the efficiency of 10-50 times if one uses positive ions accelerated in a cyclotron mounted on the ship; the efficiency can easily grow for 1000 times if the positive ions will be accelerated in a high energy synchrotron or synchrocyclotron (10 -100 GeV). The betatron does not seem to be indicated (in a first phase) as the electron mass is very small, and the electrons, circular accelerated at very high speeds lose of received energy, by the issue of photons. Future ionic engine will have a mandatory circular particle accelerator (high or very high energy). Sure that the difficulties will arise from design, but they need to be resolved step by step. We can thus increase the speed and autonomy of the ship using a less quantity of fuel.
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Obtaining Energy by the Annihilation
Obtaining Energy by the Annihilation of an Electron with a Positron. We can extract the energy of the rest mass of an electron. For a pair of an electron and a positron this energy is circa 1 MeV.
The Energies of Today and Tomorrow: A Comprehensive Overview
The landscape of energy is rapidly evolving, with renewable sources playing an increasingly crucial role in meeting global energy demands. In 2008, renewables accounted for about 19% of global final energy consumption, with a significant portion coming from traditional biomass used for heating. Hydroelectricity contributed 3.2%, while new renewables like wind, solar, and biofuels added another 2.7%. These figures are on the rise, as the quest for cleaner, more sustainable energy sources intensifies. This article delves into the current state and future prospects of energy production, highlighting innovative methods and untapped potentials that could reshape how we power our world.
Revolutionizing Propulsion: The Dawn of Ionic Aircraft
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