@ampowerflower

ATRAE researcher @icmm_csic. Previously @CNRS @CharlesSadron. Supramolecular chemistry applied to energy. Before @uclm_es, @TUeindhoven, @NorthwesternU & ISIS

 Madrid (Spain)
Joined January 2011
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🔔Paper alert! What a challenging and interesting process! Publishing in NCOMMS @NaturePortfolio is fantastic, but the learning process was even better! Check our work “From helices to superhelices through hierarchical assembly across competing pathways” lnkd.in/eaw-Hwfy

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Instituto de Ciencia de Materiales Madrid - CSIC@icmm_csicAug 17
🤝ICMM-@CSIC & @imdeanano researchers manipulate helical supramolecular structures, key for applications from photovoltaics to understanding alzheimer 🧬 @ampowerflower & Thomas M. Hermans are #ATRAE researchers by @CienciaGob 🔗Full info: icmm.csic.es/en/noticias/res…
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¡Bravo @Marina_Chem ! No todo el mundo gana 2 premios (por ahora...) a la mejor tesis doctoral!
Instituto de Ciencia de Materiales Madrid - CSIC@icmm_csicOct 20
🏆Aprovechando que hablamos de premios hoy, queremos contaros también que nuestra investigadora @Marina_Chem recogió este mes el primer accésit del Premio a la Mejor Tesis Doctoral del @_GENAM. 🤩Sentimos mucho orgullo del éxito de nuestro equipo. So proud!
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⚡Can H-bonds do more than hold molecules together? Yes, they can! H-bonds can engineer the electronic properties of semiconductors. Check our latest work in Small Science @WileyVCH onlinelibrary.wiley.com/jour… @icmm_csic @CienciaGob @InfoUMA @RaulGonu @GabStrasChem @Kyeong_Im_Hong
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It is not simply a matter of having H-bonds. Their strength and position matter. We hope to provide ideas on using noncovalent interactions as electronic design tools 🔴 Small molecules 🔗 Strategically positioned H-bonds ⚡ 3 orders of magnitude in charge mobility
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Great team work across @CNRS @CNRSchimie @icmm_csic @InfoUMA @KyotoU_News
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🧬 Gracias @CSIC por el interés en nuestro trabajo @icmm_csic e @imdeanano! Enlace: nature.com/articles/s41467-0… @CienciaGob #ATRAE

From helices to superhelices through hierarchical assembly across competing pathways

Nature Communications - Understanding how molecular chirality propagates through competing self-assembly pathways to generate hierarchical structures remains a central challenge in supramolecular...

nature.com
CSIC
@CSICAug 18
🔬Manipulan moléculas quirales ‘a la carta’ para desarrollar nuevos materiales 👩‍🔬El @icmm_csic revela cómo controlar su ensamblaje para generar cuatro estructuras con una misma molécula 🔎Plantea potenciales aplicaciones en salud y energía ➡️ tiny.cc/ccr8101
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We thank our funders: The University of Strasbourg Institute for Advanced Science (USIAS), the @CNRS and @CienciaGob for our #ATRAE projects.
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Many research opportunities and potential applications are coming next. Follow us if you want to know more about exotic chiral systems. 🎬 Check this cool video for a summary of our results. Thanks to @Sci_eMotion !
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