Tag
algebraic

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T61: $\cos(\pi x)$ for rational $x$ (941 real numbers)
T132: Nodes and weights of Gauss–Legendre quadrature (930 real numbers)
T135: Nodes and weights of Gauss–Laguerre quadrature (930 real numbers)
T137: Nodes and weights of Gauss–Lobatto quadrature (928 real numbers)
T35: Algebraic numbers of degree 2 (850 complex numbers)
T329: Eigenvalues of the classical symmetric test matrices (847 real numbers)
T136: Nodes and weights of Gauss–Kronrod quadrature (816 real numbers)
T60: Roots of unity (774 complex numbers)
T363: Wigner $9j$ symbols (764 real numbers)
T144: Kloosterman sums modulo a prime (616 real numbers)
T346: $x$-coordinates of the torsion points of elliptic curves over $\mathbb{Q}$ (588 complex numbers)
T252: Clebsch-Gordan coefficients and Wigner $3j$ symbols (586 real numbers)
T253: Wigner $6j$ symbols (485 real numbers)
T142: Gauss sums of primitive Dirichlet characters (471 complex numbers)
T317: Cusp shapes of the hyperbolic prime knots with at most ten crossings (466 complex numbers)
T68: $j$-invariants of elliptic curves over quadratic fields with everywhere good reduction (395 complex numbers)
T143: Jacobi sums of pairs of Dirichlet characters modulo a prime (372 complex numbers)
T331: Determinants of the classical test matrices (363 rational numbers)
T17: Area of the regular n-gon (294 real numbers)
T330: Characteristic polynomials of the classical test matrices (220 rational polynomials)
T300: Minimal polynomials of the Pisot numbers less than the golden ratio (79 integral polynomials)
T286: Pisot numbers less than the golden ratio (79 real numbers)
T301: Minimal polynomials of the Salem numbers less than 1.3 (47 integral polynomials)
T284: Salem numbers less than 1.3 (47 real numbers)
T85: Volume of the Platonic solids (25 real numbers)
T86: Surface area of the Platonic solids (25 real numbers)
T328: Lebesgue constants of the classical interpolation node families (24 real numbers)
T285: Minimum dilatations of pseudo-Anosov maps with orientable invariant foliations (7 real numbers)
T32: Golden ratio (3 real numbers)