The Quantum::Superpositions module adds two new operators to Perl: "any" and "all". Each of these operators takes a list of values (states) and superimposes them into a single scalar value (a superposition), which can then be stored in a standard sca...

This module allows for creation of superpositions that contain a set of possible states. A superposition is an object that tries to behave as if it was in all of these states at once when used in regular numeric / string operations. Any operation tha...

This is a simple implementation of a state that contains a weight and a value. The states are meant to be immutable, so once created you cannot change the value or weight of a state (without cloning it)....

This package contains implementations of basic statistical measures available directly from the superposition object via the *stats* method. Upon calling any method on the statistics object, the full set of states will be created on the superposition...

Computation is a class with the same function as Quantum::Superpositions::Lazy::Superposition but different source of data. A computation object spawns as soon as a superposition object is used with an overloaded operator. Much like a superposition, ...

This class implements a weighted superposition consisting of a set of Quantum::Superpositions::Lazy::State states. Each state contains a weight and a value, and the probability of each state occuring randomly is "weight / superposition_weight_sum". A...

This is a subclass of Quantum::Superpositions::Lazy::State with extra fields that allow tracking of the computation sources that produced the state. Objects of this class are produced inside the with_sources block....

Provide the 'square root of not' function (Usrn), used by weird Quantum Physicists. Applying Usrn to a value will produce noise; applying Usrn to that noise will produce the bitwise negation of the original value. It all sounds a bit stange, and most...

Essentially, this allows you to put variables into a superposition of states, have them interact with each other (so that all states interact) and then observe them (testing to see if they satisfy some comparison operator, printing them) which will c...