American Fusion Expands Team and IP as Texatron Testing Advances at Texas Tech

American Fusion Inc. (OTC: AMFN), a developer of next-generation fusion energy technologies, is bolstering its scientific team and intellectual property portfolio as it advances its Texatron Fusion Engine program into a more active testing phase. The company recently announced the appointment of Dr. Noah D’Amico, a physicist and engineer at Texas Tech University, as a Strategic Advisor. This move comes as American Fusion prepares for additional Texatron evaluations at Texas Tech and seeks to enhance the diagnostics and engineering capabilities surrounding the program.

Dr. D’Amico, who continues his work at Texas Tech and BlankSlate Innovation while advising American Fusion, brings a robust technical background that includes nuclear diagnostics, neutron detection, radiation measurements, vacuum-system design, and AI-based analysis of CR-39 nuclear particle tracks. He earned his Ph.D. in Physics from Texas Tech in 2026, with a dissertation that delved into advanced particle detection methods. His expertise is expected to be instrumental in refining the Texatron platform’s diagnostic systems and ensuring the reliability of its measurements during testing.

In tandem with the advisory appointment, American Fusion has filed six additional U.S. patent applications, bringing its total U.S. applications to 82. This expansion of its intellectual property portfolio underscores the company’s commitment to protecting its innovations in fusion energy technology. The patents cover various aspects of the Texatron system, including plasma confinement, magnetic field control, and fuel delivery mechanisms.

The company has also begun testing the Texatron platform at Texas Tech University after completing initial laboratory preparations and verifying its remote ignition system. This milestone marks a significant step forward in the development of the Texatron Fusion Engine, which aims to provide a viable pathway to clean, abundant energy. The next testing phase is expected to examine critical subsystems, including plasma and magnetic-field control, ignition, fuel delivery, and electronic components.

American Fusion’s progress is part of a broader effort to commercialize fusion energy, a technology that has the potential to revolutionize the global energy landscape. Fusion energy offers the promise of virtually limitless, carbon-free power, and successful development could have profound implications for industries ranging from electricity generation to transportation. The company’s focus on advancing its scientific and technical capabilities, as well as its growing patent portfolio, positions it to play a key role in this emerging field.

The collaboration with Texas Tech University provides American Fusion with access to cutting-edge research facilities and top-tier scientific talent. Dr. D’Amico’s involvement is particularly notable given his expertise in nuclear diagnostics and AI-assisted analysis, which are critical for optimizing fusion reactor performance. As testing continues, the insights gained from these evaluations will inform future iterations of the Texatron platform and help accelerate the path to commercialization.

For investors and industry observers, American Fusion’s recent developments signal a company that is actively executing on its technical roadmap. The expansion of its IP portfolio and the addition of strategic advisors like Dr. D’Amico demonstrate a deliberate approach to building a robust foundation for its fusion technology. While fusion energy remains a challenging technical endeavor, the progress being made by companies like American Fusion brings the promise of this transformative energy source closer to reality.