Turn two-symbol prosodic patterns into information-bearing states, then move into entropy and compression. The game makes the historical boundary explicit.
Your objectiveQuantify uncertainty, state-space size and information using a clear mathematical model.
How to playModel → execute → test → audit → optimize. A correct result can still be inefficient.
Historical lensIndian prosodic combinatorics supplies the pattern lens; Shannon information theory is a modern extension.
Score 0Streak 0
Treat patterns as information-bearing states.
Historical bridge: Sanskrit prosodic enumeration gives a natural two-state pattern space. Shannon entropy and modern coding theory are later mathematical developments; this game connects them without conflating their histories.
Source and scope: The historical connection is to Indian prosodic combinatorics and binary-like enumeration. Modern information theory is a separate twentieth-century mathematical framework; the game deliberately labels it as an extension.
