Quantum Computing does not have to be so Hard

Everyone thinks that we must build Optical Computers using Photons to get to Quantum Computing; not true. We can use x64 architecture, but we must be more creative in the number and type of states that we traditionally desribe in our programming.
ST THOMAS, Virgin Islands, U.S. - Oct. 18, 2018 - PRLog -- hThe crux of the matter is how to do Superposition and Entanglement on an x64 based processor.  The answer is to expand the type and number of states that we program for. Each atom in any of our elements has a minimum of 16 different states that can be programmed; there are four pairs of electrons that must be adequately described. Two electrons are static and have no angular movement, and the other three pairs can be rotated up or down, to the right, to the left or to any vectored direction (0-360 degrees). These rotating pairs of electrons can best be described as representing the X-, Y- and Z-Axises. What that means is that the electrons in any of these pairs (to include the static pair) can be separated and vectored out to describe Superposition and Entanglement.

Let's take it a bit further. What if, each of these four pairs, or the eight individual electrons can be encapsulated (like TCP/IP Packets) and have the properties of Static, Any Spin and Vector Thrust applied. What if, this encapsulation could be done more than once, or twice or n-times in different layers.

Just like multiplication and division are iterations of adding and subtracting, vector programming is further iterations which can be handled by our super fast processors. Using the gate logic built into our processors, we can describe a new way of computing that is 3-Dimensional; must have to describe Vector Thrust (both direction and distance).

Using this approach, we can do Quantum Computing on our high-end Smart Phones; we must start programming with more imagination.


Revitae Technologies
David Maxwell, Pres/CEO/Inventor
Email:***@comcast.net Email Verified
Tags:Quantum Computing
Location:St Thomas - US Virgin Islands - Virgin Islands, U.S.
Account Email Address Verified     Account Phone Number Verified     Disclaimer     Report Abuse
Revitae Technologies News
Most Viewed
Daily News

Like PRLog?
Click to Share