T42:

42
(1 integer)

T63:

$abc$triples of high merit
(606 integers)

T62:

$abc$triples of high quality
(723 integers)

T35:

Algebraic numbers of degree 2
(848 complex numbers)

T17:

Area of the regular ngon
(294 real numbers)

T13:

Bernoulli numbers
(101 rational numbers)

T92:

Best Sobolev constant for $W^{1,p}(\mathbb{R}^n)$
(1024 real numbers)

T98:

Chebyshev polynomials of the first kind $T_n$
(101 integral polynomials)

T99:

Chebyshev polynomials of the second kind $U_n$
(101 integral polynomials)

T25:

Complete elliptic integral of the first kind $K(m)$
(774 real numbers)

T26:

Complete elliptic integral of the second kind $E(m)$
(775 real numbers)

T59:

Complete elliptic integral of the third kind $\Pi(n,m)$
(992 real numbers)

T61:

$\cos(\pi x)$ for rational $x$
(938 real numbers)

T95:

Cyclotomic polynomials
(100 integral polynomials)

T6:

Diagonal Ramsey numbers
(10 integers)

T87:

Elliptic curves over $\mathbb{Q}$ with large Szpiro ratios
(120 real numbers)

T107:

Equations satisfied by Igusa invariants of split Jacobians
(2 integral polynomials)

T8:

Euler's constant e
(1 real number)

T5:

Exponent of matrix multiplication complexity
(1 real number)

T11:

Factorial of natural numbers
(101 integers)

T18:

Feigenbaum constants
(6 real numbers)

T10:

Finestructure constant
(2 real numbers)

T90:

First known Mordell curves of given rank
(26 integers)

T105:

Gegenbauer polynomials
(337 rational polynomials)

T49:

Generalized Bernoulli numbers
(841 complex numbers)

T32:

Golden ratio
(2 real numbers)

T38:

HafnerSarnakMcCurley constant
(1 real number)

T100:

Hausdorff dimension of some fractals
(5 real numbers)

T103:

Hermite polynomials in physicist's convention
(51 integral polynomials)

T104:

Hermite polynomials in probabilist's convention
(51 integral polynomials)

T91:

Highest known ranks of elliptic curves over $\mathbb{Q}$ with prescribed torsion subgroup
(15 integers)

T41:

Hyperreal numbers
(4 hyperreal numbers)

T2:

Integers
(19 integers)

T106:

Jacobi polynomials
(207 rational polynomials)

T67:

$j$invariants of elliptic curves over $\mathbb{Q}$ with good reduction outside $\{2, 3, 5\}$
(442 rational numbers)

T68:

$j$invariants of elliptic curves over quadratic fields with everywhere good reduction
(395 complex numbers)

T31:

KeiperLi coefficients
(1001 real numbers)

T102:

Laguerre polynomials
(51 rational polynomials)

T36:

Laurent series coefficients of the logarithmic derivative of the completed Riemann zeta function $\xi(s)$ at $s=1$
(698 real numbers)

T34:

Laurent series coefficients of the logarithmic derivative of the Riemann zeta function at 1
(1001 real numbers)

T101:

Legendre polynomials
(51 rational polynomials)

T22:

Local extrema of Bessel functions of the first kind $J_\alpha$
(1050 real numbers)

T23:

Local extrema of Bessel functions of the second kind $Y_\alpha$
(1050 real numbers)

T57:

Local extrema of the Airy function of the first kind Ai
(1000 real numbers)

T58:

Local extrema of the Airy function of the second kind Bi
(1000 real numbers)

T78:

Magnetic moment ratios
(35 real numbers)

T76:

Mass ratios
(38 real numbers)

T43:

MeisselMertens constant $M$
(1 real number)

T96:

Modular polynomials for the $j$invariant
(12 integral polynomials)

T97:

Modular polynomials for Weber's $f$function
(23 integral polynomials)
