Fullerene C60 is being studied in dental materials because it combines a nanoscale carbon structure with properties that may be relevant to resin composites, coatings, antimicrobial material research, photodynamic concepts, and advanced biomaterial systems. For dental material developers, however, C60…
Fullerenes are a family of carbon nanomaterials built from cage-like molecular structures. Since the discovery of C60 buckminsterfullerene in 1985, fullerenes have become important research materials in chemistry, nanotechnology, organic electronics, photovoltaic research, lubricant additives, coatings, cosmetic formulation research, and…
Buckminsterfullerene-type structures are carbon cage molecules built from networks of carbon atoms arranged into closed, hollow frameworks. The most widely recognized example is Fullerene C60, also known as C60 fullerene, Carbon 60, or buckminsterfullerene. Its spherical molecular geometry is often…
Why Is Fullerene Good for Medicine? Fullerene is considered valuable in medicine-related research because it combines several unusual properties in one carbon-based molecular structure. C60 fullerene has a closed cage made of 60 carbon atoms, a highly conjugated π-electron system,…
What Can C60 Fullerene Be Used For? C60 fullerene is used and studied in several high-value research and industrial fields, including advanced materials, lubricants, coatings, organic electronics, photovoltaic materials, cosmetic formulation research, biomedical research, and chemical synthesis. Its application value…
1. Introduction: The Clinical Breakthrough in Oncological Skin Care In radiotherapy, maintaining the structural integrity of the cutaneous barrier represents a persistent clinical challenge. Up to 90% of oncology patients undergoing radiation therapy (RT) develop some form of skin injury,…
In the global race for clean energy, monolithic perovskite/silicon tandem solar cells (PSTSCs) have emerged as the most commercially promising technology to surpass the theoretical single-junction Shockley-Queisser efficiency limit of 29.4%. In May 2026, a groundbreaking research milestone redefined the…
In the landscape of modern nanotechnology and organic chemistry, the Carbon 60 (C60) buckyball has evolved from an academic novelty into a highly valued tool for molecular design. Characterized by its icosahedral ($I_h$) symmetry consisting of 20 hexagons and 12…
Fullerenes, notably buckminsterfullerene ($C_{60}$) and its higher-order counterparts ($C_{70}$ and $C_{84}$), have transitioned from laboratory curiosities to critical industrial feedstocks. Possessing a highly symmetric, icosahedral ($I_h$) closed-cage geometry composed of $12$ pentagons and $20$ hexagons, these carbon allotropes feature an…
