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The Living Within the Multiverse - Book 1
In this novel, we aim to spark a debate about the crucial need to preserve the delicate balance between the multiverse and the living. We explore various theories about the celestial system and living beings, taking into account a multitude of factors and variables. Our ultimate goal, however, is to emphasize the importance of viewing Earth as an integral part of a larger whole, subject to both internal and external factors, some of which are beyond our control. To ensure the preservation of our planet, it is imperative that we take action to prevent disastrous human activities and pollution. The task at hand is both fragile and strong, and requires a deeper understanding of the interconnectedness of all things. Only through this understanding can we hope to identify and implement viable solutions for the future.
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Consciousness Redefined
Is extrasensory perception fictitious or can it be more real than we can even imagine? This question is being asked not only by the public, but also by scientists. Recent breakthroughs in quantum physics and neuroscience might finally provide the answer. Only when we put all the pieces together can we uncover the biggest mystery of our nature: the human consciousness.
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The Enigmatic Electron
The electron, discovered in 1897, was found to be a constituent of all atoms. While the nucleus of the atom remains fixed, the electrons are free to move with different amounts of energy. When supplied with more energy, by physical or mechanical means, light is produced when the original energy state is reached. Electrons can easily be removed altogether from the atom as in the case of electric current. This has given rise to our electrical and electronic industries. The associated magnetic field allowed motors and dynamos to be developed. Rapid movement of electrons results in the production of electromagnetic waves, from the longest wavelengths (radio waves) to the shortest wavelengths (gamma rays). This has had a huge impact on our lives in the fields of medicine and telecommunications. A beam of electrons can be directed in the same way as a beam of light. As light can show wave/particle duality so can an electron beam. Its measured wavelength is about the same as X-rays. This means electrons can be diffracted. The famous ‘double-slit’ experiment where a single electron appears to ‘interfere with itself’ cannot be explained by classical physics and so we enter the strange world of quantum mechanics. The birth of the quantum computer is not far away and will be much faster than existing computers. Finally, all chemical reactions are the result of electron movement between reactants.
£8.99
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