
We present HEXA-LANG, the first programming language where every design constant is mathematically derived from a single number-theoretic equation: sigma(n)*phi(n) = n*tau(n), which holds for n>=2 if and only if n=6. This yields 53 keywords, 24 operators, 8 primitive types (matching Bott periodicity), a 6-phase compiler pipeline, 4 type layers, and an Egyptian fraction memory model (1/2+1/3+1/6=1). Design Space Exploration of 21,952 combinations achieves 100% n=6 alignment. Working compiler in Rust with 58 tests.
type system, programming language, perfect number, n=6, compiler, Egyptian fraction, design space exploration
type system, programming language, perfect number, n=6, compiler, Egyptian fraction, design space exploration
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