Marta C. Corvo is a Contract Researcher under the National NMR Network (PTNMR) at Instituto de Nanoestruturas Nanomodelação e Nanofabricação (i3N)-Cenimat since 2018. She has published 37 papers in WoS-indexed international journals, one book chapter, filed 1 patent, and presented 20 oral communications in national and international meetings, including 6 invited talks. She participated in 4 international industry (PETROBRAS) funded projects, 3 National projects as a team member, and 1 National project as NOVA-FCT team coordinator (CLEANART). She is the PI of 1 ongoing national project (GREENPILs4CO2) and contributes to another ongoing National project (NEURITES). She successfully supervised 11 MSc, 3 BSc, and 4 BI fellowships. Currently supervising 4 PhD (1 of which is awaiting exam), 3 MSc, and 1 PhD researcher. Currently a member of COST action 18125 (Aerogels), collaborates with several international institutions, namely, UFRGS, PUCRS, Universidad de SANTIAGO DE COMPOSTELA, PETROBRAS, and several national institutions, namely UCIBIO@ FCT NOVA, LAQV-REQUIMTE@ FCT NOVA & FCUP, IST-C2TN, CICS-UBI, UAlg. She participates in graduate and post-graduate courses as an NMR lecturer and is actively involved in science outreach activities. In her professional activities interacted with 131 collaborators through the co-authorship of scientific papers and received 6 awards and distinctions. Marta C. Corvo has several ongoing collaborations being responsible for NMR studies in solid-state, solution, and HRMAS of polymers and composites and for the conceptualization and studies in ionic liquid and ion gel related materials.

RESEARCH INTERESTS: Marta's initial domain of specialization was organic chemistry with a special focus on asymmetric synthesis. Over the past decade, she focused on NMR. Her present research interests include ionic liquid-derived materials and the development of NMR protocols to study molecular interactions (including diffusion, relaxation, NOE), and CO2 capture, High-pressure NMR, solid-state NMR, and MRI. She has been working in solvation behavior in Ionic Liquids, Ionic liquid gel materials focusing on CO2 capture, Art Conservation, and Energy.