In Chapter 7 of 'Scents & Science,' we explain chirality and its critical role in perfumery. Learn how enantiomers (stereoisomers) can have dramatically different scents, impacting fragrance creation.
This 'Scents & Science' chapter explains the role of molecular orbitals in perfumery.
In Chapter 4 of 'Scents & Science,' we explore electron configuration and its critical role in fragrance.
This 'Scents & Science' chapter explains the critical role of chemical bonds in perfumery.
Continuing our 'Scents & Science' series, this guide explains the foundational role of atoms and elements in perfumery.
This post is the foundation for our Fragrance Chemistry series, exploring its deep alchemical origins.
This comprehensive guide explores the complete history of perfume, tracing the evolution of fragrance from its ancient, ceremonial roots as sacred smoke to its role in modern chemistry and science.
This guide explains the controversial vibration theory of olfaction, exploring how quantum biology and quantum tunneling may explain the sense of smell.
This guide explains the complete anatomy of smell and how the olfactory system works. We provide a deep dive into the biology of scent, from the olfactory receptors in the nose to the complex process of perception in the brain.
This guide explores the complete evolution of olfaction, tracing our sense of smell from its simple origins in early organisms to its complex role in human survival, taste perception, and behavior. We examine the scientific reasons why olfaction is our most primal and critical sense.