We begin with an allegory, a fanciful tale in which you plan to assess the randomness of pi. You use the digits of pi to simulate the result of flipping a coin—0,1,2,3,4 for heads, 5,6,7,8,9 for tails. After 3000 flips, the number of heads should be close to 1500, with standard deviatio
Abstract. The decimal digits of pi are widely believed to behave like as statistically independent r...
Various philosophers are skeptical about modalities such as laws of nature, counterfactuals, disposi...
We apply a newly-developed computational method, Geometric Random Inner Products (GRIP), to quantify...
Randomness is everywhere. Do you like to cook? Imagine you’re sauteeing some onions. You’d like each...
Tests of randomness much more rigorous than the usual frequency-of-digit counts are applied to the d...
Abstract: 1000 fair causally isolated coins will be independently flipped tomorrow morning and you k...
To simulate chance occurrences, a computer can't literally toss a coin or roll a die. Instead, ...
Mathematical research is undergoing a transformation from a mostly theoretical enterprise to one tha...
For a homework assignment in a statistics course, half the class was asked to record the actual resu...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
We consider evidence relevant to whether a (possibly idealized) physical process is produc-ing its o...
The random numbers, as actually realized sequences of the random variable with mutually independent ...
Abstract. The decimal digits of pi are widely believed to behave like as statistically independent r...
Various philosophers are skeptical about modalities such as laws of nature, counterfactuals, disposi...
We apply a newly-developed computational method, Geometric Random Inner Products (GRIP), to quantify...
Randomness is everywhere. Do you like to cook? Imagine you’re sauteeing some onions. You’d like each...
Tests of randomness much more rigorous than the usual frequency-of-digit counts are applied to the d...
Abstract: 1000 fair causally isolated coins will be independently flipped tomorrow morning and you k...
To simulate chance occurrences, a computer can't literally toss a coin or roll a die. Instead, ...
Mathematical research is undergoing a transformation from a mostly theoretical enterprise to one tha...
For a homework assignment in a statistics course, half the class was asked to record the actual resu...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
One thousand fair causally isolated coins will be independently flipped tomorrow morning and you kno...
We consider evidence relevant to whether a (possibly idealized) physical process is produc-ing its o...
The random numbers, as actually realized sequences of the random variable with mutually independent ...
Abstract. The decimal digits of pi are widely believed to behave like as statistically independent r...
Various philosophers are skeptical about modalities such as laws of nature, counterfactuals, disposi...
We apply a newly-developed computational method, Geometric Random Inner Products (GRIP), to quantify...