Inspiration
Actually it all started like this: I have been interested in philosophy for already 3 years, and one day I was trying to solve one of the fundamental problems of philosophy (Liars paradox), but minutes, hours, days, weeks passed but no idea no results. However after 1 year, when I wanted again to solve this paradox, within 2 minutes I came up with contextual operator K, which turned out to be a whole discipline, I started developing it. First I divided in into 3 types: K+, K- and K_0. Then, connected each of them to the set their sign possess: K+ within T (true set), K- within F (False set) and K_0 within U (Undefined set). Each operator has its boundary: K+€+Z, K-€-Z, K_0=0. In order to make my system dynamic, I discovered this formula: K(t_1)+Delta_K=K(t_2), which explains how the information changes over time
What it does
Integrated filter with any AI processes and analyses the user's prompt, and tells whether it is false, true or undefined, if it is undefined, an AI claims that it is unknown, if it is true, it confirms the truth, if it is false, it debunks and tells the truth. However if there's paradoxical statement, AI just blocks it
How we built it
As it was mentioned before, the core idea was built with the help of creativity and on the foundation of some mathematical basic rules
Challenges we ran into
The only challenge that I encountered was the stability of the AI tool I used during the creation of filter-website. CLAUDE base mode could not provide me with enough technical complexity and had very strict limitations
Accomplishments that we're proud of
Actually I'm very proud of what I have created so far, and I am motivated to integrate my filter with future AGI models and Open AI companies
What we learned
The one and main thing I learned from my project is how to work with restricted tools and budget using only my creativity
What's next for Anti-hallucination filter
After the Anti-hallucination filter, I will direct my focus on another projects that I left in the foundation (beginning level)
