Professor Mario Barbatti
Aix Marseille Université, CNRS, Institut de Chimie Radicalaire
Institut Universitaire de France
The current scientific understanding of nature is firmly rooted in what Nobel laureate Frank Wilczek termed the Core Theory, a comprehensive physics framework encompassing fundamental particles, their interactions, and general relativity. Despite this framework being the cornerstone for explaining our universe, quantum chemistrythe study of molecules and their behavior at the quantum leveloften appears to operate in a self-contained bubble, seemingly disconnected from the broader canvas of the Core Theory.
This lecture will explore the intriguing questions that quantum chemists have traditionally, for too long, left unexplored.1 Why do quantum chemists never delve into quarks and gluons? Do molecular structures truly exist, or are they a construct born from the Born-Oppenheimer approximation? What does a molecular wave function look like? Why do quantum chemists invoke concepts like molecular vibrations and electron dynamic correlation when solving time-independent equations? And about superimposed gravitational space-time distortions caused by entangled quantum molecular states, do they have any implications?
Keywords: Born-Oppenheimer approximation, Wave function interpretation, Core Theory
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