Foundational Research
Constants. Structures. Systems.
"We got a lot of flack from a lot of people, saying 'Oh it's crazy to say something like that.'"
— Professor David N. Schramm, University of Chicago (On his prediction of three particle families—later confirmed) This research is dedicated to him in memoriam
Baryonix Corp. conducts foundational research exploring the structures underlying physical and biological reality, and their applications to complex systems. Our AI-driven work spans theoretical physics, applied mathematics, signaling biology, and computational intelligence.
We investigate, for example, how fundamental constants and geometric relationships propagate through dimensional hierarchies, and how these insights can inform practical advances in artificial intelligence and beyond.
We exist to ask foundational questions—and to pursue answers that help move humanity forward.
Mathematical Foundations
Polynomial structures generating fundamental constants. Dimensional hierarchy theory. Relationships between the plastic constant, golden ratio, and physical phenomena.
Theoretical Physics
Quantum measurement and geometric projection. Emergent dimensional structures. Connections between algebraic constants and cosmological parameters.
Applied Intelligence
Novel approaches to neural architecture informed by fundamental mathematical relationships. Compression methods derived from structural constants.
Biological Structures
How signaling hubs coordinate competing inputs. Resolving paradoxes in immune regulation through structural and functional analysis.
Deriving the Fine Structure Constant from Dimensional Geometry: A Lagrangian Formulation
Stephanie Alexander
Independent Researcher & Author · University of Chicago (dual alumna)
Exploring fundamental mathematics, physics, and biology through AI-driven inquiry—guided by the conviction that foundational questions matter.
For research inquiries, collaboration proposals, or general correspondence.