THE PRIME DOUBLE HELIX Deriving the Geometry of DNA from the Modular Sieve of Integers

Biological structures, most notably DNA, frequently adopt a double-helical geometry. Standardbiology attributes this to chemical packing efficiency. Hydrodynamic Quantum Cosmology (HQC)argues that this form is pre-determined by Number Theory. By mapping the integer sequenceonto a hexagonal lattice (Modulus 6), we demonstrate that all prime numbers (p > 3) collapseonto two distinct vertical strands (6n ± 1). When subjected to the vorticity of the vacuum, thesestrands form a Prime Double Helix. Furthermore, we propose the principle of Isotropy of Singularities,arguing that all primes function as geometric nodes of identical “size,” acting as theinvariant pillars of the cosmic structure.