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I read in my textbook that the wavefunction of a particle evolves causally when unobserved. but isn't it constantly being observed or detected in some sense by its gravitational effects?
The causal evolution of wave function and gravity is a theory that seeks to explain how the wave function and gravity interact with each other in the universe. It proposes that the wave function is the fundamental building block of reality and that gravity is an emergent phenomenon resulting from the interactions of wave functions.
The causal evolution theory differs from other theories, such as quantum mechanics and general relativity, in that it offers a unified explanation for both wave function and gravity. It also proposes a non-local and non-deterministic view of the universe, where the wave function is constantly evolving and affecting the behavior of matter and energy.
Currently, there is no direct evidence for the causal evolution theory. However, some scientists argue that the phenomenon of quantum entanglement, where two particles can affect each other instantaneously regardless of distance, could be explained by the non-local nature of the wave function proposed in this theory.
The causal evolution theory proposes that the wave function is constantly branching out into multiple parallel universes, creating a multiverse. These parallel universes could have different physical laws and constants, which could explain the observed fine-tuning of our universe for life.
If the causal evolution theory is proven to be true, it would fundamentally change our understanding of the universe. It would challenge the traditional view of causality and determinism and offer a new perspective on the nature of reality. It could also have practical implications, such as the potential development of new technologies based on the non-local nature of the wave function.