Repositori URV

Identifier: imarina:9384549

Handle: https://hdl.handle.net/20.500.11797/imarina9384549

Authors:
Lerena, LauraZuzak, RafalGodlewski, SzymonEchavarren, Antonio M

Abstract:
Acenes, the group of polycyclic aromatic hydrocarbons (PAHs) with linearly fused benzene rings, possess distinctive electronic properties with potential applicability in material science. Hexacene was the largest acene obtained and characterized in the last century, followed by heptacene in 2006. Since then, a race for obtaining the largest acene resulted in the development of several members of this family as well as diverse innovative synthetic strategies, from solid-state chemistry to the promising on-surface chemistry. This last technique allows the obtention of large acenes, up to tridecacene, the largest acene so far. This review presents the different methodologies employed for the synthesis of acenes, highlighting the newest studies, to provide a much more thorough understanding of the essence of the electronic structure of this captivating group of organic compounds. Since the synthesis of heptacene in 2006, the race to obtain and study the properties of largest acenes resulted in the development of innovative synthetic strategies, from solid-state chemistry to on-surface chemistry. This review presents the different methodologies employed for the synthesis of large acenes, up to tridecacene, highlighting the newest studies. image