Q-Bit

An Environmental Building Block with a Mathematical Quantum Equation

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(Q)=quantum (M)=mathematics (E)=electron energy (vs)=volume space

(Q)=Energy (qE)=Electron Energy (q+mE) (q+vsE) Mb=volume of DarkMatter = 1 memory bit

So in simple terms micro space with energy becomes a memory bit many bits build a calculation process in energy.

A Q-Bit can be represented as energy but also just as a principle of mathematics & a volume of space.

A working Q-Bit holds many out comes to just one equation - in chaos the environment requires multiple options of stable connections for communication purposes.

Q-Bit & E-Bytes

Q-bit a groupe of energy E-bytes = 1 energy Light bit

In computing a hole system can run on just Q-Bits as a language of communication but to add an e-byte builds a confinement to a containment that builds a routine that uses more Q-Bits

So a Q-bit Molecule of mathematics builds environment & an E-Byte creates routines.

So to build the knowledge of the speed of light we are in Q-Bits & to create faster than light we use E-byte to get to the speed of light.

Electrical strings build divers framworking & color recognition creates quantum knots and strings.

The system creates a 360 degree environment of a work space it uses Linux to manage the environment to help in holographic projection it's been designed to complement several projector systems already in existence. The capabilities of the visual interaction on touch screen creates a zoom into and rotation working platform & in projection process can build frameworks of light for 3D printers.

The complex architecture of light mapping builds high speed light transport data highways that pool in light wells for separation of data & calculation process the hole system functions as an energy unit that calculates and process information with light in a crystal containment layer. It uses environments to function in 3D innerspace so you will be able to build a beter system of operation by introducing light memory & HDDs along with extra processors and GPUs as virtual components. The speed of operations in phisical terms will manage the enviroments with ease. Manufacturing blueprint sales of virtual components will be possible and be a purchased download.

The micro environment of electric strings on the motherboard would use nodes of micro electric string production in argon gas small containers so small that you need a microscope to see, the interaction between virtual and electric currents would use mathematic calculation through virtual to electric node communications & back from virtual to physical technology.

This would build screens of data in a virtual desktop in 3 dimensions, the system would be connected to all sensor technology & would be the main system in the spacecraft.