Fermat surface

xn + yn + zn + wn = 0

"An entity where pure mathematical formulas themselves have become space."

"The Topological Universe Created by Mathematical Formulas"

① Algebraic geometry

We construct spaces from polynomials.

② Complex Geometry

The shape of the complex number space.

③ Hodge Theory

Analysis of the "information layer" within a space.

④ Mirror symmetry

Connection to superstring theory.

⑤ Arithmetic geometry

The fusion of integers and space.

Spatial characteristics

1. Perfect symmetry: Equilibrium exists in all directions.

2. The surface is self-unified: the local and the whole share the same logic.

3. Boundaries become blurred: The difference between inside and outside disappears.

4. Mathematical silence: extremely "impersonal and sacred."

「純粋な秩序そのもの」

"A space without hierarchy"

"The Crossroads of Programs"

"A space so balanced it's almost too quiet"

"Complete equality and balance"

Mathematical Architecture

space