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Updated: Jan 23, 2026

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Preparation of Carbon Nanosheets at Room Temperature
Published on: March 8, 2016
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Nanohojas de carbono derivadas de hongos para aplicaciones eficientes de fototermodeshielo
Soumya Priyanshi Prusti1, Raksha Salian1, Avijit Kumar Das2
1Department of Physics and Electronics, CHRIST University, Bangalore 560029, India.
Langmuir : the ACS journal of surfaces and colloids
|January 22, 2026
Resumen
Los hongos silvestres producen nanohojas de carbono derivadas de psilocibina (P-CNS) mediante síntesis verde. Estas P-CNS muestran una conversión fototérmica eficiente y capacidades de deshielo, ofreciendo soluciones sostenibles.
Área de la Ciencia:
- Química verde y ciencia de materiales.
- Nanotecnología y síntesis sostenible.
- Aplicaciones de biomateriales.
Sus antecedentes:
- La síntesis tradicional de nanomateriales plantea riesgos ambientales.
- La psilocibina de los hongos silvestres ofrece un precursor sostenible.
- Necesidad de alternativas ecológicas en la producción de materiales.
Objetivo del estudio:
- Sintetizar nanohojas de carbono derivadas de psilocibina (P-CNS) utilizando un método verde.
- Investigar las propiedades fototérmicas y las aplicaciones de las P-CNS.
- Explorar las propiedades electrónicas de los derivados de la psilocibina utilizando métodos computacionales.
Principales métodos:
- Síntesis verde de P-CNS utilizando biomaterial de hongo silvestre y psilocibina.
- Mediciones espectroscópicas para confirmar las propiedades estructurales y funcionales.
- Prueba de eficiencia de conversión fototérmica bajo luz visible e infrarroja.
- Cálculos de Teoría de Funcionales de Densidad (DFT) para el análisis de la estructura electrónica.
Principales resultados:
- Síntesis exitosa de P-CNS con integridad estructural confirmada.
- Demostrada eficiencia sustancial de conversión fototérmica.
- Deshielo fototérmico efectivo bajo exposición a luz visible.
- Los cálculos de DFT dilucidaron las transiciones electrónicas responsables de las propiedades ópticas.
Conclusiones:
- La psilocibina es un precursor viable para la síntesis verde de nanomateriales funcionales.
- Las P-CNS ofrecen una solución sostenible y asequible para aplicaciones térmicas y remediación ambiental.
- Este enfoque destaca el potencial de los compuestos bioactivos en el desarrollo de tecnologías ecológicas.
Palabras clave:
hongosnanomaterialespsilocibinasíntesis verdepropiedades fototérmicasdeshieloquímica verdeciencia de materialesnanotecnologíabiomaterialesMás Videos Relacionados
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