Why we do it
From Jim Simons to Stephen Wolfram, I’ve always been drawn to people who search for The underlying rules that govern complex systems. Simons looked for mathematical structure in financial markets; Wolfram looked for computational structure in the universe itself, where we are simply observers sampling a part of the Ruliad — and our concepts of “physics” and math emerge from the computational constraints of that perspective.
HAGI.Inc is building the engine layer for financial markets — models that can reason across space, time, structure, and uncertainty, grounded in the same principles that underlie modern physics, complex systems, and computation.
From Jim Simons to Stephen Wolfram, I’ve always been drawn to people who search for The underlying rules that govern complex systems. Simons looked for mathematical structure in financial markets; Wolfram looked for computational structure in the universe itself, where we are simply observers sampling a part of the Ruliad — and our concepts of “physics” and math emerge from the computational constraints of that perspective.
HAGI.Inc is building the engine layer for financial markets — models that can reason across space, time, structure, and uncertainty, grounded in the same principles that underlie modern physics, complex systems, and computation.
From Jim Simons to Stephen Wolfram, I’ve always been drawn to people who search for The underlying rules that govern complex systems. Simons looked for mathematical structure in financial markets; Wolfram looked for computational structure in the universe itself, where we are simply observers sampling a part of the Ruliad — and our concepts of “physics” and math emerge from the computational constraints of that perspective.
HAGI.Inc is building the engine layer for financial markets — models that can reason across space, time, structure, and uncertainty, grounded in the same principles that underlie modern physics, complex systems, and computation.
