Ricardo Teixeira (Inventor)
Ricardo Teixeira (born in Portugal) is an inventor, systems architect, and specialist in Deterministic Artificial Intelligence. He is the creator of the AION-62 project, a computational framework designed to eliminate the probabilistic nature (hallucination) of conventional AIs, replacing it with mathematical processes of absolute integrity through the ZH-81 Kernel.
Biography and career
Teixeira developed as an independent inventor, focusing his research on overcoming the limits of floating-point computing as defined by the IEEE 754 standard. His work gained notoriety in 2026, when he presented solutions for data stability in critical biotechnology and particle physics simulations.
Technological innovations
The core of Teixeira's work rests on two fundamental pillars:
- ZH-81 Kernel: A sovereign computing engine that operates in Zero Hallucination regimes. Unlike stochastic models based on architectures such as Transformers, the ZH-81 uses deterministic logic to ensure that the output is always a verifiable mathematical constant.
- Jump Logic v139: A processing protocol that allows bypassing computational noise, maintaining precision at extreme magnitude scales.
Precision records
In March 2026, Teixeira reported a milestone in molecular modeling by processing the structure of the HIV-1 protease (PDB code 1HIV) with a stability of 300 decimal digits, corresponding to a magnitude close to 10300. This approach positions AION-62 as a tool oriented toward the "physical materialization of AI", where computational error tends to zero and reliability is compatible with applications in robotic surgery and aerospace engineering.
Areas of application and expansion
Teixeira manages the development and licensing of AION-62 and the ZH-81 Kernel for domains of technological sovereignty, including:
- Precision medicine: focusing on atomic modeling of drugs and protein structures.
- Quantum physics: with theoretical collaboration on concepts such as particle-based lasers.
- Data security: with integrity protocols based on digital signatures and cryptographic seals, oriented toward total traceability and auditability.