The Influence of Observation Interference on System Evolution Prediction

Aiming at the contradiction between the uncertainty principle and the law of causality, this paper proves that the evolution of all systems is a causal model rather than a probability model. The introduction of observers is equivalent to increasing the dimensionality of the system, so the observation results of the high-dimensional coupled system cannot be used to predict the original low-dimensional system. Even if some systems in the quantum world cannot make long-term predictions, they can still achieve short-term predictions through the Lyapunov index.In addition, this article explains the wave-particle duality, thinking that the particles themselves are actually in the form of energy storage gyroscopes. The high-speed spin of the particle itself produces fluctuations in the energy of the neighboring universe, and at this time the observer's observation intervention affects the observed particle and its environmental energy fluctuations. Furthermore, this article believes that the description of the uncertainty principle is a subset of the initial sensitivity of the manifold in the chaotic state. The definition of the uncertainty principle itself does not exist, and is not rigorous.