Explaining Light Processing 

Pulling light code into a solar sector is tricky business, it's assimilation into the individual cell also sends fragments of light in an unconstrained way to other cells. We catch those fragments just before impact and modify their amplitude.

By doing so we are allowed to collide lower levels of light with higher ones. This in turn with a proprietary biological processor, handling the interfacing - allows for data transfer rate of segmented light particles to be oscillated optically, which where photons within the substrate, are then in turn, by CLASSIFIED process, excited to increase output Vac+155.2 in tests when amplified.

ORDERING THE CORE, STL files and the interface into the silicon layering of a cell for over-driving maximum transfer of light photons to energy is easily carved by laser. The geomath is very precise, thus trapping our ability to build the iris within a nearly what seemed so was then called the "sub atomic section" or SAS. SAS's do not actually exist on that level but it's so minute for the 3d printer to carve. the processors and interfacing that route it into an ALU is complex. This requires biological retraction of optical collimation(ers) to be derived from plant based organisms, then directed/controlled for their input processors. 

CREATING THE LIGHT DRIVE SYSTEM IS A MATTER OF FORMATION 

(of light technology within our solar materials) that is used to invert the light through common silicon based solar technologies without having to wafer. Once SLDS has control of "the light", it drives it, much like we drive a car, it can amplify the normal 20vDC current on it's inversion to nearly 155v PP output.

Bare Solar Flake Cells base structure and how it's easily modified.
 

1. Understand how data transfers within an ALU and a CPU's Silicon, Biology, Archeology, Architecture and Microbial Biology.
   
   
   PIC Controllers, specifically 8255, if you do not understand how this processor functions, refer to (Microprocessors and Interfacing Section) for this Intel based technology is easily found for reference materials. This is imperative as, "It is the core of the technology we will dissect."
2. Purpose: Replacement for any need to do with STE's which we will call the Standard Electric Power Sources. A SLDS Power Node operates on it's own power, it literally begins with a spark.
3. Binary Photogenic Interfacing BPI requires your own study upon these materials, I will not be your teacher on this subject. (sorry)

LIGHT TRANSMISSION EMITTERS inActive Idle:Mode Processor Idle

Model # CON40A2412 Internally modified. "See Reworking the Engineering" section.

Carbonic Octal Charging Module 155vPP OU3.5vRV