1. Introduction: The Commercial Maturation of Carbon Nanomaterials The historical trajectory of Buckminsterfullerene ($C_{60}$) represents one of the most significant transitions in modern materials science—from a highly restricted academic curiosity to a globally traded advanced material. Discovered in 1985 by…
The US fullerene market stands at the intersection of advanced carbon chemistry, nanotechnology commercialization, energy material research, organic electronics, biomedical investigation, and specialty chemical supply. Although fullerenes were once treated mainly as academic curiosities, Fullerene C60, Fullerene C70, fullerene derivatives,…
The fullerene market is best understood as a specialized advanced-materials sector rather than a conventional bulk-chemical market. Fullerene C60 and C70 are sold into research, electronic materials, photovoltaic development, formulation studies, coatings, tribology, molecular synthesis, and other high-value technical programs.…
Chapter 1: The Revolution of Carbon Allotropes: Discovery and Historical Significance Prior to 1985, the scientific understanding of pure carbon allotropes was largely confined to diamond with $sp^3$ hybridization and graphite with $sp^2$ hybridization. In September of that year, a…
The buckminsterfullerene structure is one of the most recognizable molecular architectures in modern chemistry. Often described as a microscopic soccer ball, the C60 molecule is a closed carbon cage composed of exactly 60 carbon atoms arranged into pentagons and hexagons.…
