Where quantum weirdness hides.

The article explores the question of how quantum particles, which exist in multiple states simultaneously, give rise to the solid, well-defined world we experience. The author suggests that the answer may lie in the principles of thermodynamics, specifically the process of equilibration. They propose the measurement-equilibration hypothesis (MEH), which describes measurement as a process where quantum information spreads into the measuring device, making the classical information available to read while hiding the quantum behavior. The article discusses the implications of this hypothesis and the potential for future experiments to test its validity. [Extracted from the article]