In quantum mechanics, thoughts and observations are generally not considered as direct physical entities that can be related in a straightforward manner. Quantum mechanics is a mathematical framework that describes the behavior of particles and systems on a microscopic scale, and it primarily focuses on the probabilistic nature of the physical quantities associated with those particles.
In quantum mechanics, an observation is typically understood as a measurement or interaction with a quantum system, which causes the system to undergo a change known as wavefunction collapse. This collapse is a fundamental feature of the theory, and it determines the outcome of the measurement. However, this collapse process is not directly related to thoughts or observations in the context of human consciousness or subjective experiences.
While quantum mechanics is a highly successful and accurate theory in describing the behavior of microscopic particles, it does not provide a complete or widely accepted explanation for the nature of consciousness or how thoughts arise from physical processes in the brain. The relationship between quantum mechanics and consciousness is an area of ongoing scientific and philosophical debate, and there are various interpretations and hypotheses proposed, but a definitive understanding has not yet been reached.
It's important to note that while quantum mechanics is a fascinating and complex field, it does not provide a basis for attributing mystical or metaphysical properties to thoughts or consciousness. Quantum mechanics is a mathematical framework that describes the behavior of particles and physical systems, and it should not be used to support claims that go beyond its established scientific scope.