Noise Sphere
A mapping of Random Number Triples to points in Spherical Coordinates,
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The graphical result can yield unexpected structure which indicates correlations between triples and therefore that thenumbers are not truly Random.
References
Pickover, C. A. Computers and the Imagination. New York: St. Martin's Press, 1991. Pickover, C. A. ``Computers, Randomness, Mind, and Infinity.'' Ch. 31 in Keys to Infinity. New York: W. H. Freeman, pp. 233-247, 1995. Richards, T. ``Graphical Representation of Pseudorandom Sequences.'' Computers and Graphics 13, 261-262, 1989.
- Section (Pencil)
- Section (Tangent Bundle)
- Sector
- Sectorial Harmonic
- Secular Equation
- Seed
- Seed of Life
- Seek Time
- Segment
- Segmented Number
- Segner's Recurrence Formula
- Segre's Theorem
- Seiberg-Witten Equations
- Seiberg-Witten Invariants
- Seidel-Entringer-Arnold Triangle
- Seifert Circle
- Seifert Conjecture
- Seifert Form
- Seifert Matrix
- Seifert's Spherical Spiral
- Seifert Surface
- Self-Adjoint Matrix
- Self-Adjoint Operator
- Self-Avoiding Walk
- Self-Conjugate Subgroup