Excited states engineering enables efficient near-infrared lasing in nanographenes
Journal article published in 2022 by
Giuseppe M. Paternò 
,
Qiang Chen,
Rafael Muñoz-Mármol ,
Michele Guizzardi,
Víctor Bonal ,
Ryota Kabe ,
Alexander J. Barker,
Pedro G. Boj,
Shreyam Chatterjee ,
Yutaka Ie ,
José M. Villalvilla,
José A. Quintana,
Francesco Scotognella ,
Klaus Müllen,
María A. Díaz-García
and other authors.
,
Qiang Chen,
Rafael Muñoz-Mármol ,
Michele Guizzardi,
Víctor Bonal ,
Ryota Kabe ,
Alexander J. Barker,
Pedro G. Boj,
Shreyam Chatterjee ,
Yutaka Ie ,
José M. Villalvilla,
José A. Quintana,
Francesco Scotognella ,
Klaus Müllen,
María A. Díaz-García
and other authors.
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Abstract
Organic molecules usually exhibit optical gain losses in the NIR, due to the absorption of charged species/triplets. We report on a nanographene molecule in which the minimisation of such losses enable the achievement of low-threshold NIR lasing.