An idea I built to synthesize emotion and cognition, would love feedback or thoughts

Innovative Approach to Integrating Emotion and Cognition: A Personal Exploration

Greetings, readers!

Today, I’d like to share a project close to my heart—an innovative framework designed to blend emotional and cognitive processes into a cohesive system through reflective modeling. While I typically keep a low profile on online platforms, I believe this concept might spark interest and constructive dialogue among those passionate about the intersection of human psychology, artificial intelligence, and system design.

A few months ago, I embarked on an exploratory journey during a long holiday weekend, developing a comprehensive diagram and a concise paper that outlines this novel approach. This endeavor was entirely self-initiated, driven purely by curiosity and passion, without formal academic training in neural sciences, AI, or cognitive psychology. I am currently completing my final year in mechanical engineering, which gives me a practical, problem-solving mindset but limited background in the theory behind this work.

The project remains a work in progress, with several areas still needing refinement. It’s rough around the edges, yet each iteration helps me improve the model. I am sharing this not as a finished product but as an open invitation for feedback, suggestions, and perhaps even collaboration from those who find this concept intriguing or promising.

The core materials include a detailed paper that elaborates on the principles, potential applications, and fictional scenarios to illustrate how this system could function. Accompanying the paper is a visual diagram showcasing the inner workings of the model, designed to complement the written explanations.

I recommend beginning with the paper to get an in-depth understanding, then exploring the diagram after the initial sections for a visual grasp of the system’s architecture. It’s a lengthy read, but I believe it captures a significant amount of information that could inspire further discussion or development.

Access the diagram here:
https://drive.google.com/file/d/178XjVEaTIWViA7kSVxuX1uMnvKV68jg_/view?usp=sharing

And the full paper here:
[https://drive.google.com/file/d/1JNCjT9KR7_qKiPvjoR3ju1BQlLJMqgPD/view?usp=sharing](https://drive.google.com/file/d/1JNCjT9KR7_qKiPvjoR3ju1BQlL