) to 512 digits.
The Euler constant squared to 2000 digits.
GAMMA(2/3) to 256 places
gamma cubed. to 1024 digits.
GAMMA(3/4) to 256 places.
gamma**(exp(1) to 1024 digits.
2**sqrt(2) a transcendental number to 2000 digits.
Si(Pi) or the Gibbs Constant to 1024 places.
The Gauss-Kuzmin-Wirsing constant.
The golden ratio : (1+sqrt(5))/2 to 20000 places.
The Golomb constant.
Grothendieck's majorant.
1/W(1), the inverse of the omega number : W(1).
Khinchin constant to 1024 digits.
Landau-Ramanujan constant
The Lehmer constant to 1000 digits.
Lemniscate constant or Gauss constant.
The Lengyel constant.
The Levy constant.
log(10) the natural logarithm of 10 to 2000 digits.
The log10 of 2 to 2000 digits.
log(2), natural logarithm of 2 to 2000 places.
log(2) squared to 2000 digits.
log(2*Pi) to 2000 places.
log(3), natural logarithm of 3 to 2000 places.
log(4)/log(3) to 1024 places.
-log(gamma) to 1024 digits.
The log of the log of 2 to 2000 digits, absolute value.
log(Pi) natural logarithm of Pi to 2000 places.
The Madelung constant
Minimal y of GAMMA(x)
BesselI(1,2)/BesselI(0,2);
The omega constant or W(1).
1/(one-ninth constant)
The Parking or Renyi constant.
Pi/2*sqrt(3) to 2000 digits.
Pi**exp(1) to 2000 digits.
Pi^2 to 10000 digits.
The Smallest Pisot-Vijayaraghavan number.
arctan(1/2)/Pi, to 1024 digits.
product(1+1/n**3,n=1..infinity)
exp(Pi*sqrt(163)), the Ramanujan number
The Robbins constant
Salem Constant
sin(1) to 1024 digits.
2**(1/4) to 1024 places.
sqrt(3)/2 to 5000 digits.
sum(1/binomial(2*n,n),n=1..infinity) to 1024 digits.
sum(1/(n*binomial(2*n,n)),,n=1..infinity); to 1024 digits.
sum(1/n^n,n=1..infinity); to 1024 places.
The Traveling Salesman Constant
The Tribonacci constant
The twin primes constant.
The Varga constant, the one/ninth constant
-Zeta(1,1/2).
-Zeta(-1/2) to 256 digits.
Zeta(2) or Pi**2/6 to 10000 places.
Zeta(3) or Apery constant to 2000 places.
Zeta(4) or Pi**4/90 to 10000 places.
Zeta(5), the sum(1/n**5,n=1..infinity) to 512 digits.
Zeta(7) to 512 places : sum(1/n**7,n=1..infinity)
Zeta(9) or sum(1/n**9,n=1..infinity)
The Hard hexagons Entropy Constant

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1-6/(Pi^2) to 5000 digits.

.39207289814597337133672322074163416657384735196652070692634580863496127422658
735