"Quantum Theory as an Inference Problem"

"Quantum Theory as an Inference Problem" suggests that understanding quantum phenomena involves making predictions based on available data and rules, much like solving a puzzle with incomplete pieces. Instead of viewing particles as definite objects, this approach treats their behavior as information we infer from experiments, using probability and mathematical models. It emphasizes that our knowledge of quantum systems is ultimately about updating beliefs and expectations based on measurements, rather than describing fixed, classical properties. This perspective highlights that quantum physics is fundamentally about processing information and drawing inferences from experimental evidence.