Geometry.

. Applied Geometry -- 6. Theory of Shape Description -- 7. Auxiliary Views and Revolutions -- 8. Basic

1. Classical Principles Time Capsule -- The Ramesseum 2. Geometry and Planning Time Capsule -- The

-- Predicting the Geometry of Molecules and Polyatomic Ions -- Localized Bonding and Hybrid Atomic Orbitals

and geometry -- Hard disk interfacing and disk management -- The many faces of SCSI -- Your computer

: landed estates and citizen speculators -- Allocation by market: the geometry and ledgers of assurance

. Neurocomputing -- 5. Swarm intelligence -- 6. Immunocomputing -- 7. Fractal geometry of nature -- 8. Artificial

A mechanical universe -- How high is the sky? -- Albert Einstein and the geometry of space and time

Geometry.

. Algebra - treating numbers as symbols -- Ch. 4. The geometry of common shapes -- Ch. 5. Plane and

-- How to use history to clarify common confusions in geometry / Daina Taimina and David W. Henderson

- autopoiesis, catastrophe theory, fractal geometry, dissipative structures, complexity theory, cellular