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Chemistry software with elementary charge pulse control designed for the Omega coil - Part 2
The chemistry software is currently still under development. Unfortunately, we cannot yet give a specific date for its completion; development may continue for several more years.
Regardless, the software has been demonstrably under development since 2018, a process that continues to this day. A final name for the software has not yet been chosen, but I can guarantee that it is already legally protected.
Innovative Chemistry Software –
A Long-Term Research and Development Project
This chemistry software has been under continuous development for many years and currently does not yet have a final name. The final name will only be assigned once the system is fully developed. The project aims to model chemical processes, atomic structures, and their spatial arrangement using software and to process them further technically.
Long-Term Development & Invention Process
The development of this software is not a classic programming project, but rather a complex invention process. Progress is not always linear: sometimes days, sometimes months pass between individual development steps. Similar to large video game or research projects, a long period is necessary to gain new insights and implement them technically.
Work on this system has been ongoing for over eight years – with the goal of constantly learning and refining the software.
Focus on Atomic Structure Instead of Pure Charges
Unlike conventional approaches, the software does not work exclusively with elementary charges.
A key focus is on:
the internal structure of atoms
the arrangement and structure of atomic components
the spatial 3D structure, which significantly influences physical properties.
In chemistry, structure is crucial: without a correct atomic arrangement, no stable or meaningfully defined element can exist. The software takes precisely these structural relationships into account.
Atomic Density & 3D Arrangement
Atomic density results from the three-dimensional arrangement of atoms in space. The software models these spatial relationships and derives relevant properties from them. Structure, distance, and position play a central role.
Software Functions
The application consists of several core areas:
Options & settings for configuration
an element list that shows which element is currently being built
a transmission mechanism that is activated after the atomic configuration is complete
Once the list is fully populated, the configured element is transmitted via the transmission button.
Hardware Connection & Signal Processing
Data is transmitted via a USB-COM interface from the computer to a microcontroller.
There, the transmitted pulse value is converted into an electrical pulse and prepared for further processing.
Central Component: Omega Prototype Coil
The Omega prototype coil is an essential component of the overall system. It forms the basis for the further processing of atomic structures.
Without this component, the assembly and further processing of the generated elements or chemical compounds is not possible.
Note:
The software is still under active development. New functions, optimizations, and enhancements are continuously being researched and implemented.
2018 - 2025
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