Condensed Matter


Room-Temperature Superconducting Electronics: An Unconventional Vibration Energy Technology And Potential Implications To Daily Lives

Authors: Emmanuel F.C. Chimamkpam

Off-the-shelf room-temperature superconducting electronics are unavailable today because all superconductors that were discovered in the last century required cold temperature to work, and were made of scarce exotic materials that were often very expensive and difficult to process. These problems come now to an end with recent breakthrough in stable room-temperature superconductivity. As more similar breakthroughs await disclosures, this article gears up governments, businesses and general public for the dawning of super-electronics and their implications to our daily lives as a commercially-viable groundbreaking technology. Not only that recent and first-time stable breakthrough is vibration-induced and passed all superconductivity tests at room-temperature, it eliminated the century-old commercialization impediments by use of readily available, affordable and easily processed materials, components and techniques. These commercial attractiveness inform a practical expectation that new generation electronics including smart televisions, mobile phones, laptops and cameras will be of superconducting technologies 'within' next two decades. Room-temperature superconducting electrical appliances will self-generate and permanently self-sustain their own electricity without batteries, wireless and wired plug-ins. Cost of electricity for operating quantum computers will be cheap. Today's electricity consumption and billing methods will become obsolete.

Comments: 7 Pages.

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Submission history

[v1] 2019-10-29 14:58:40

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