Manu Pimenta Silva (@manupspetro) 's Twitter Profile
Manu Pimenta Silva

@manupspetro

The folks at @ETH_EAPS gave me a PhD, now I'm a postdoc at @WHOI

Currently into Experimental Petrology and Tertiary Alpine plutons 🌋

ID: 1331853026534060033

calendar_today26-11-2020 06:53:37

37 Tweet

306 Followers

774 Following

Manu Pimenta Silva (@manupspetro) 's Twitter Profile Photo

I’m presenting my latest project on in-situ Sr isotopes in plagioclase! Feel free to come and chat if you’re interested! #Goldschmidt2023

I’m presenting my latest project on in-situ Sr isotopes in plagioclase! Feel free to come and chat if you’re interested! #Goldschmidt2023
Manu Pimenta Silva (@manupspetro) 's Twitter Profile Photo

The AGU abstract deadline is tomorrow, but you can still submit to our session V013 - Evolution of Transcrustal Magma Plumbing Systems, Volcanic Unrest, and Eruption Styles: Chemical, Physical, and Temporal Perspectives Hope to see you there! agu.confex.com/agu/fm23/preli…

Manu Pimenta Silva (@manupspetro) 's Twitter Profile Photo

My first, first-author paper is out 🌋 check it if you're into hydrous cumulate melting in arcs 🌋 link.springer.com/article/10.100…

Magma Matters (@magmamatters) 's Twitter Profile Photo

Very excited to announce the first PhD opportunity with the Magma Matters Lab after the upcoming move to University of Southampton in 2024. Are you interested in modelling magma flow and chemistry in complex mantle/tectonic settings? Apply to join the team now! findaphd.com/phds/project/g…

Yishen (Eason) Zhang (@yishen_z) 's Twitter Profile Photo

urKREEP is a hypothetical component from the last dregs of lunar magma ocean crystallization but never found as a rock type. Ever wonder what it might be? with Bernard Charlier, Olivier Namur, and coauthors, here is what we found in our new EPSL paper: 1/8 doi.org/10.1016/j.epsl…

Thomas Grocolas (@thomasgcls) 's Twitter Profile Photo

The second paper of my PhD! We show that Sr diffusion in plagioclase is slower than previously thought and similar to that of Ba. Applying our new diffusivities reveals long, consistent timescales for both elements—recording magma reservoir assembly! doi.org/10.1016/j.epsl…

The second paper of my PhD!

We show that Sr diffusion in plagioclase is slower than previously thought and similar to that of Ba. Applying our new diffusivities reveals long, consistent timescales for both elements—recording magma reservoir assembly!

doi.org/10.1016/j.epsl…