Probability fields

Probability fields is the study of control and modulation of probabilistic outcomes across localised or extended regions. Through targeted field manipulation, certain outcomes become statistically favoured, skewing the probabilities within a defined area. This is achieved via the precise modulation of quantum coherence and entanglement, where the probability of quantum events is influenced by external perturbations introduced by the field. The result is not deterministic control but a strong probabilistic skew toward preferred outcomes.

The core mechanism relies on quantum superposition and wavefunction manipulation, where particles exist in multiple potential states simultaneously, and the probability field biases the collapse of these states toward a desired outcome.