Which mathematical concept led to the development of the TetraPak, a revolutionary packaging solution that uses minimal materials while maximizing storage efficiency?

Mathematics plays a crucial role in modern packaging design, from topology to computational geometry. Mathematically-optimized packaging can reduce material waste, improve structural integrity, and enhance logistics efficiency. Packaging innovations driven by mathematical principles are transforming how products reach consumers while addressing sustainability challenges. Test your knowledge about a groundbreaking mathematical packaging innovation that has changed multiple industries!

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Tetrahedron geometry (creating a pyramid-like structure with triangular faces)
Golden ratio proportions (using the 1:1.618 ratio for optimal visual appeal)
Fibonacci sequence (creating spiraling patterns for strength distribution)
Fractal tessellations (using self-similar patterns for space optimization)