Play Truly Random
Physical Entropy for and from Games
Digital computers are completely deterministic, yet they are often consumers of randomness for example in games, cryptography, simulations, or science experiments just to name a few uses. To produce randomness which can be used by software, programmers implement special mathematical algorithms to generate a series of numbers which appear random: pseudorandom numbers.
But a true source of randomness is all around us, ready to be tapped: the physical reality of the very small and the very complex. This webservice proposes a new facet of "Game Physics", which is to provide physics based random bits for games and interactive media as well as to derive randomness from game processes.
Even though games are the earliest methods of generating real random numbers from mechanical systems through dice, coin flipping, roulette wheels etc., todays computer games and interactive media tend to make rarely use of the incredible amount of randomness which surrounds us. One simple way to make digital games more realistic - maybe better - is by simply replacing the pseudo random number generators (PRNGs) with the real thing: a physical entropy source.
It is useful to introduce the term Entropy, which can be though of as a direct measure of the randomness of a system. Although many pseudorandom number generators use an Entropy Pool - a collection of bits derived from "random" events in the computer system such as network card interrupts - to seed the PRNG in an effort to make it better, the processes feeding into this pool tend to be well removed from any physical reality which created the entropy in the first place. A better solution for games is to use real physical random bits such as these provided by this webservice.
So what are some physical phenomena giving rise to randomness? While many mechanical phenomena seem to be random, they also feature asymmetries and systematic biases which make their outcome less random than they seem (and thus for example exploitable by gamblers). Accepted sources which are truly random are at their core physical and the most comon are quantum mechanical in nature: thermal noise analog electronic circuits, the radioactive decay, atmospheric shot noise.
Current Status of Bit Pool
Number of Submissions = 384795
Number of Bits in Pool = 49114363
Number of Sources = 6
Last submission on 2013-11-04 14:57:38 from pendulumgame_v1
Retrieving and Submitting Random Bits
Click here to see the API for this webservice.