Aromaticity, quantum multimolecular polyhedra, and quantum QSPR fundamental equation

Area of Science:

• * Quantum Chemistry
• * Theoretical Chemistry

Background:

• * Aromaticity is a key concept in chemistry, influencing molecular properties and reactivity.
• * Current descriptors of aromaticity lack a unified theoretical foundation.
• * A need exists for a quantum mechanics-compliant understanding of aromaticity.

Purpose of the Study:

• * To establish a causal relationship between aromaticity and its established descriptors.
• * To provide a quantum mechanics-based theoretical framework for aromaticity.
• * To unify the understanding and description of aromaticity in chemical systems.

Main Methods:

• * Theoretical analysis based on quantum mechanics principles.
• * Derivation of a causal link between electronic structure and aromaticity descriptors.
• * Validation against existing chemical literature and data.

Main Results:

• * A clear causal connection between the fundamental nature of aromaticity and its descriptors has been established.
• * The developed framework is fully compliant with quantum mechanics.
• * This provides a robust theoretical basis for evaluating aromaticity.

Conclusions:

• * The study successfully links aromaticity to its descriptors via a quantum mechanical causal relation.
• * This work offers a foundational theoretical understanding for aromaticity.
• * It paves the way for more accurate and consistent assessment of aromaticity in diverse chemical contexts.