Calgary Entrepreneur Publishes New Mathematical Framework in Peer-Reviewed Journal

Calgary, Alberta, What happens when entrepreneurial curiosity meets artificial intelligence and some of the biggest unanswered questions in science? For Calgary entrepreneur and independent researcher Jode Himann, the answer has been an unconventional journey from industrial manufacturing into mathematical physics, culminating in the publication of a new mathematical framework in Elsevier's peer-reviewed journal Next Research.

The research establishes mathematical conditions governing how these configurations can be combined while preserving geometric balance. It also examines how information from a six-dimensional configuration is represented through a four-dimensional observer's perspective.

Himann's interest in theoretical physics grew partly from increasing discussions surrounding additional dimensions, theories involving multiple dimensions of time, and questions about whether our familiar four-dimensional description of physical reality might represent only part of a more comprehensive mathematical structure. Popular discussions of simulation theory have also raised questions about the relationship between observed reality and the structures that might underlie it.

Rather than approaching these ideas purely as speculation, Himann wanted to investigate whether they could be explored through a more formal mathematical framework. Artificial intelligence became an important tool in that journey, helping him investigate unfamiliar mathematical concepts, explore connections across disciplines, examine scientific literature, and develop ideas for further mathematical scrutiny.

The resulting publication connects with established mathematical structures, including electromagnetic field geometry, the Klein correspondence, geometric holonomy, and the Lorentz algebra. It does not claim to prove additional physical dimensions or the simulation hypothesis, but establishes a foundation for further investigation.

Himann's route into mathematical physics has been unconventional. In 2003, he founded Nemalux, developing the company into an industrial lighting technology business through engineering, product innovation, and manufacturing. His experience taking ideas from concept through technical development and commercialization eventually expanded into an interest in mathematics, physics, biology, and philosophy.

Himann believes scientific research could benefit from greater interaction with entrepreneurial thinking. Entrepreneurs are accustomed to approaching problems from different angles, connecting seemingly unrelated disciplines, testing unconventional ideas, and moving between theory and practical application. Combined with the depth of academic expertise and the accessibility of AI, this approach could create new opportunities for creative problem-solving, scientific discovery, and innovation.

The potential extends beyond theoretical research. Multidisciplinary thinking may help generate new technologies, materials, products, and practical applications by bringing together ideas that might otherwise remain separated by traditional academic and professional boundaries.

For Himann, the publication is a starting point for further investigation. His broader interests include the mathematical foundations of spacetime, the relationship between observation and physical reality, and the possibilities emerging where mathematics, technology, and multidisciplinary thinking intersect.

Read the full publication: https://www.sciencedirect.com/science/article/pii/S3050475926013291