Calling all GrammAnons!
Step up!
190
Q !ITPb.qbhqo ID: T4rZfKsN No.150433983📁
Nov 22 2017 01:30:56 (EST)
USA vs.
Necessary to cut strings from foreign bad actors.
Necessary to form WW alliances to defeat.
Think Merkel is a coincidence?
They are puppets.
They are weak.
They are scared.
80% dark ops necessary.
20% public for justice.
The stage must be set.
Have faith.
Q
Quantum Game Theory
Superposed initial states
The information transfer that occurs during a game can be viewed as a physical process. In the simplest case of a classical game between two players with two strategies each, both the players can use a bit (a '0' or a '1') to convey their choice of strategy. A popular example of such a game is the prisoners' dilemma, where each of the convicts can either cooperate or defect: withholding knowledge or revealing that the other committed the crime. In the quantum version of the game, the bit is replaced by the qubit, which is a quantum superposition of two or more base states. In the case of a two-strategy game this can be physically implemented by the use of an entity like the electron which has a superposed spin state, with the base states being +1/2 (plus half) and −1/2 (minus half). Each of the spin states can be used to represent each of the two strategies available to the players. When a measurement is made on the electron, it collapses to one of the base states, thus conveying the strategy used by the player.