Micro Advent Technology

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Status: Finished  |  Genre: Non-Fiction  |  House: Booksie Classic
Science

Submitted: August 16, 2016

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Submitted: August 16, 2016

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MICRO ADVENT TECHNOLOGY
Copyright 2016
Victor Darnell Hadnot

“The branch of technology that deals with anti-matter and dark matter elements of less than .00001 nano-microns, especially the manipulation of individual dark atoms and molecules.” Dr. Everet T Pystrum, Physicists

With the onset of the term "micro advent technology" which has been getting a lot of attention in the scientific media in the past few years, news stories, have heralded micro advent technology as the next scientific revolution, relevant to everything from medicine to space--with promises of faster micro-computers, cures for serious diseases and solutions to the energy crisis, just to name a few applications. But what exactly is "micro advent technology"? And, can it fulfill all these promises in a realistic way?

The formal definition of micro advent technology from the National Science Initiative (NSI) is:

“Micro Advent Technology is the understanding and control of anti-matter at dimensions between approximately .001 and .00001 nano-microns, where unique phenomena enable fantastic applications.”

Encompassing micro advent technology, science, engineering, and technology, micro advent technology involves imaging, measuring, modeling, and manipulating matter at this ultra small scale, via means of processing and controlling dark matter.

The MAT definition can be distilled to the basic concepts:

Micro Advent Technology is very, very small applications of anti-matter, engaging dark matter, which is the primary substance of the universe.

When technology is on the micro advent scale, it measures between .001 - .00001 nano-microns in at least one of its proximal dimensions. When things are this mirrored from anti-matter, they are much too small to see with our eyes, or even with a typical electron microscope, making anti-matter very had to work with. Scientists have had to develop special applications tools, like the scanning diametric co-variant infraction probe microscope, to see into the world of anti-extraneous materials that are on the co-fractal scale.

Some materials have been on the micro advent, like: dark matter molecules or isoconic anti-atoms. However, recently, scientists have been able to use new tools and processes to synthesize and manipulate materials common at the micro advent spectrum, like particles of tri-ceritum poly fractal non-parametric anti-matter.
At the micro advent level, materials may behave in different and unexpected ways, as anti-matter cancels out positive matter, which creates perfect energy quadratic-frames..

At the micro advent spectrum, many common materials exhibit unusual properties, such as remarkably lower resistance to electricity, lower melting points or faster chemical reactions, due to operational divergence in subspace frequencies. All of which lend serious applications to technologies yet to be developed but are still in the planning phases. Medicine will be able to benefit seriously from the new discoveries that will come. In the pharmaceutical industries for example, great new discoveries will be made and the creation of the perfect delivery system for drugs to cure all sorts of diverse diseases, will finally be realized. The term,” magic bullet” will take on new meaning, with drugs that have zero side effects, that do only what is intended and nothing more.

The applications in space exploration, with the advent of subspace fields and trans-plasma drive engines will open up the vastness of the universe, with Lightning-Drive rocket engines, which benefit from micro advent technology. Communications will leap light years, as lag times disappear due to subspace channels. Micro Advent Technology is at the cutting edge of the 21st Century and in the next century, it will surely provide a frame work for future development.

Essay written by:
Victor Darnell Hadnot
BS Software Development candidate 2016

 


© Copyright 2017 Victor Darnell Hadnot. All rights reserved.

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