Agoras: Currency of Tau

<p>Technology constantly redraws the vision of what’s possible. We at Tau are thrilled to share a monumental achievement that reimagines the core ability of AI and software development. We’ve filed a patent that contains new and exciting discoveries, heralding a new era in logical communication, knowledge systems and software development, solidifying the mature state of our Tau Language. This achievement is not just a pivotal moment in our journey from theory to software but also the cornerstone of the Tau Net, showcasing the transformative potential of our latest logical languages, NSO and GSSOTC.</p><p>In this article, we are proud to announce the publication of years of dedicated research and development, and our Tau Language Github repo.</p><p><img src="https://miro.medium.com/v2/resize:fit:1031/1*vC7MlnJvYVy9zZ4RlmlrNg.png" /></p><p>Research and Background Theory:<br /><a href="https://tau.net/theories-and-applications-of-boolean-algebras/" rel="noopener noreferrer nofollow">https://tau.net/theories-and-applications-of-boolean-algebras.pdf</a></p><p>Tau Language:<br /><a href="https://github.com/IDNI/tau-lang" rel="noopener noreferrer nofollow">https://github.com/IDNI/tau-lang</a></p><h3 id="strong-what-s-in-the-research-strong"><strong>What’s in the Research?</strong></h3><p>Our deep dive into the complexities of logic and Boolean algebras was driven by a quest to overcome some of the most daunting challenges in the field. The NSO and GSSOTC languages, the results of this quest, are more than academic accomplishments; they are the very essence of Tau Language</p><p>NSO addresses a long-standing unsolved problem in logic of creating a language capable of consistently referring to its own sentences, while GSSOTC introduces an innovative approach to temporal logic. These breakthroughs not only propel theoretical knowledge forward but also pave the way for the practical applications that are under development that will mark a great leap forward for AI and software.</p><p>Another central to our patent is the innovation in decidable conservative extensions to the first order theory of Boolean Algebras and related algorithms. This breakthrough paves the way for constructing logical frameworks with guaranteed decidability, meaning we can now ascertain the truth of logical statements within these frameworks. Such capability is crucial for developing algorithms that enhance the reliability and efficiency of software systems. By embracing conservative extensions, we uphold the integrity of Boolean Algebras, enriching their foundational logic without adding unnecessary complexity. Our patent also shows applications to Description Logic and the two-variable fragment of first order logic, which enhance the usability of the Tau products, enabling knowledge representation and describing software in controlled natural languages, which is behind our Software as Sentences paradigm.</p><h3 id="strong-protecting-our-community-strong"><strong>Protecting our Community</strong></h3><p>The decision to file a patent, followed by the disclosure of our research, reflects our dual commitment to protecting our intellectual achievements and openly sharing our discoveries with the broader community. Importantly, this patent also serves as a safeguard for Tau Net users and Agoras holders, ensuring that the unique utility we bring to the table is protected from copycats and preserved for our community, while warranting utility continuously flows toward Tau Net.</p><h3 id="strong-shaping-the-future-of-technology-strong"><strong>Shaping the Future of Technology</strong></h3><p>As we make the details of our patent publicly available, the far-reaching implications for future technologies become increasingly clear. The logical frameworks we’ve developed, encapsulated in Tau Language and by extension laying the groundwork for the Tau Net, are set to markedly improve software reliability, efficiency, and problem-solving capacity, addressing the intricate needs of modern computing. From advancing artificial intelligence to refining automated reasoning systems, the applications of our work are both vast and exciting.</p><h3 id="strong-looking-ahead-educational-initiatives-and-tau-language-developments-strong"><strong>Looking Ahead: Educational Initiatives and Tau Language Developments</strong></h3><ol><li>Tau Language Live Lectures</li><li>Opening of our Private Github Repo</li><li>Tau Language Alpha Release</li><li>Tau Developer Forum</li><li>Tau Language Video Series explaining Tau Language in Depth</li></ol><h3 id="strong-let-s-shape-the-future-together-strong"><strong>Let’s Shape the Future Together</strong></h3><p>To the brilliant minds in science and academia, the eager newcomers to our field, and our cherished community members: As we stand on the cusp of a new chapter in AI and software development, our contributions serve as a reminder that the future is about more than building upon what exists. It’s about envisioning what could be. With the unveiling of our pioneering logic for next-gen software development, we’re not just celebrating an achievement; we’re extending an invitation to the world to join us in shaping the future.</p><p>Thanks,<br />The Tau Team</p>

Unveiling the Future of AI: Tau’s Logical AI Evidences a New Era

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Tau Net & Agoras

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