Abstract

Immortality is the most cherished dream and the biggest wish of any person. When people become afflicted with some incurable disease or become old, then there is no bigger wish for them than to live longer, to put off the inevitable end. Humanity as a whole, as a civilization, needs active, able to work, and creative members, generating material wealth and moving forward in technology and science, not elderly retirees with numerous ailments and a huge army of carers. Humanity dreams not of the immortality of an old person, but of the immortality of youthfulness, activity, creativity, and the enjoyment of life. An unusually fast development of computer technology, especially the microchips that allow hundreds of thousands of electronic elements on 1 cm2, has opened before the humanity a radically different method of solving the problem of immortality of an individual. This method is based not on trying to preserve the fragile biological molecules, but on the transition to the artificial semiconductive (silicone, helium, etc.) chips that are resistant to considerable temperature fluctuations, do not need food or oxygen, and can be preserved for thousands of years. And, most important, the information contained in them can easily be re-recorded into another chip and be stored in several duplicates.

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