Antonio M. Marquez
@AMMarquezCruz
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Joined March 2022
Back in Auditorium 2 for the afternoon at #BQB2025: S7 – Advances in Functional Materials Explore emerging materials with cutting-edge applications in tech and sustainability @RSEQUIMICA @BEC_Bilbao
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Se acerca Semana Santa... ¿Con ganas de torrijas? 😋😋Prepara unas torrijas sin gluten deliciosas con esta receta que nos envía una socia de Sevilla (ASPROCESE). https://t.co/uKXK5viQTZ
celiacos.org
En Semana Santa, uno de los mejores placeres que se pueden disfrutar son las torrijas. Un dulce sencillo pero contundente hecho a base de pan, leche, azúcar y huevo. Por suerte…
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Our last paper is online!!! We propose a modification to the QHA that, being computationally efficient, improves substatially the QHA at high temperatures and allow to obtain the thermodynamic properties of materials. https://t.co/BSPgc6uX5n
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Theoretical predictions based on DFT calculations and ML aim to comprehend the transport properties that govern the thermoelectric performance of materials. However, experimental validation based in well-characterized, defect-free samples is essential. https://t.co/gRWohAOkS1
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We are hosting the XIX International Conference on Theoretical Aspects of Catalysis here in Sevilla!! We have more than 100 delegates and excellents keynotes, emerging researches, and general talks. https://t.co/0IpzpTuBQi
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High-Throughput Prediction of the Thermal and Electronic Transport Properties of Large Physical and Chemical Spaces Accelerated by Machine Learning: Charting the ZT of Binary Skutterudites | ACS Applied Materials & Interfaces https://t.co/ZROhvuuH1Z New paper already online!
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Great to see our latest #compchem collab w/ Jose Plata, @victor_posligua and others @NewMaterialsLab, published today: thermal conductivity of pnictide chalcopyrites for #thermoelectric applications
pubs.acs.org
Ternary pnictide semiconductors with II–IV–V2 stoichiometry hold potential as cost-effective thermoelectric materials with suitable electronic transport properties, but their lattice thermal conduc...
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Here is our latest work, just accepted in J. Mat. Chem. A @JMatrChem. Harnessing the Unusually Strong Improvement of Thermoelectric Performance of AgInTe2 with Nanostructuring - now published in Journal of Materials Chemistry A
pubs.rsc.org
Nanostructuring is a well-established approach to improve the thermoelectric behavior of materials. However, its effectiveness is restricted if excessively small particle sizes are necessary to...
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Registration for the CECAM School on Theoretical Solid State Chemistry is open https://t.co/pkv9CqBq0H Registration is free and will be open until all seats are filled.
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We have a new chapter in book published. I hope it may be of interest to the thermoelectric community. In silico modeling of inorganic thermoelectric materials
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We are hiring #ScienceJobs! We are looking for 2 #postdocs in #machinelearning and #compmatsci or #compchem for our new project focused on #thermoelectric materials at @unisevilla. More details 👇🏻 https://t.co/OCP0LIbE3d
https://t.co/2rHuj2wq8q RT highly appreciated 😊
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Our project Exploring and Optimizing the Thermoelectric Efficiency of New Skutterdites by Combining Databases, High-Throughput Frameworks, Atomistic Simulations and Machine Learning (EOTES) just has been funded by the Spanish MICINN!
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Our new paper "Unraveling the role of chemical composition in the lattice thermal conductivity of oxychalcogenides as thermoelectric materials" from the COMPTEMAT project has been published in J. Mat. Chem. A.
pubs.rsc.org
Oxychalcogenides represent a large chemical space with potential application as thermoelectric materials due to their low thermal conductivity. However, the nature of this behaviour is still under...
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We have a new paper published on Chemistry of Materials. https://t.co/soM1CiFp7k The editors have considered the research interesting enough as to show our paper on the main cover.
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