Invisible fear of lonelines
The Invisible fear of loneliness ( Quantum involvement) Statement On the surface of a sea, a white particle of a light, having no mass or size, strives for the perfection. Aspiring to infinity, where it should find it’s second half.
With the speed of 300 km in an hour, it runs from the black surface and breaks through the space on a surface of a sea. The lonely Phiton moves even faster then a light, for the defeating of loneliness. In the project “The invisible fear of loneliness”, an author compares human aspiration for finding their second half to the Phitons chaotic movements. Mutual dependence of the light particles, during the quantum involvement can be perceived as an analogue to the ideal relation between a man and a woman. No matter how far the Phitons are from each other, despite the distance, they don’t loose the contact with each other. Phitons in quantum involvement are under a constant interaction.
Auto-Phobism – the fear of loneliness. Perhaps, it would be strange if there do not exist any such a phoby. The fear of loneliness is a part of life. The fear of what will be in the future. The Loneliness in the present may not be so dramatic at all. The invisible fear appears, when you start to think about how long the loneliness will last. The particles of the light in the boundless sea. The space, were no ends are seen. In this case the sea is the universe, in which we live and in which’s infinity we strive not to be alone.
Photon
A photon is a fundamental particle, a quantum of the electromagnetic field. In the form of photons, electromagnetic radiation is emitted and absorbed. A photon has the properties of both particles and waves. He has no electric charge, no mass. A photon has a certain energy E = hν (h is the Planck constant equal to 4.14 · 10-15 eV · sec, ν is the frequency of electromagnetic oscillations) and a pulse whose value is in the void).
Along with real photons, virtual photons also exist. Real photons emitting electromagnetic radiation energy and depending on this energy emit radiation from ordinary, x-ray and gamma rays. Virtual photons are carriers of electromagnetic interaction. For virtual photons, the relation between energy and momentum p = E / s is not satisfied. Virtual photons can have mass and even be at rest. The uncertainties of quantum mechanics allow the short-term appearance of virtual particles.
The electromagnetic interaction between two charged parts occurs by the exchange of one or virtual photons. In the role of a carrier of electromagnetic interaction, a photon belongs to the class of so-called gauge bosons - carriers of the fundamental forces of nature.