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ENKI Portal

@enkiportal.bsky.social

ENabling Knowledge Integration: a flexible collaborative ecosystem for modelling geologic and planetary systems. enki-portal.com

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ENKI Portal @enkiportal.bsky.social · 27/07/2026

The Goldschmidt conference and ENKI workshop gave us an opportunity to reflect on how far we have come in the last year. We have been working hard on making thermoengine (and MELTS) easy to install and use, as well as developing new models and applications.

$A plot showing the increasing fractions of feldspar, spinel, olivine, clinopyroxene, and orthopyroxene as a basaltic liquid cools from 1300˚C to its solidus below 1000˚C.$

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ENKI Portal @enkiportal.bsky.social · 01/05/2026

Attending Goldschmidt this year? We are hosting a workshop on the latest developments in thermodynamic modelling of volcanic and magmatic processes with ENKI. More information and registration here: conf.goldschmidt.info/goldschmidt/...

conf.goldschmidt.info

Advances in thermodynamic modeling of volcanic processes using MELTS and the ENKI software ecosystem

This workshop will introduce users new and old to the fully revamped and optimized version of the ENKI thermodynamic modeling ecosystem and to the latest developments in modeling volcanic/magmatic pro...

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SETI Institute @setiinstitute.bsky.social · 02/10/2025

He employs various computational methods to explore these processes, including thermodynamic model building and thermo- and geo-dynamic simulation. Check out his open-source project for thermodynamic modeling of rocky planets at www.enki-portal.org.

enki-portal.org

Welcome to ENKI

ENabling Knowledge Integration

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SETI Institute @setiinstitute.bsky.social · 02/10/2025

Dr. Aaron Wolf’s research interests include planetary science, geochemistry, mineral physics, and statistical analysis. His work primarily focuses on understanding the role of silicate melts in driving the formation and evolution of rocky planets. 🧪 🔭 #NotJustAliens

Text: #notjustaliens. Aaron Wolf, Geochemistry / Statistics. Background: Starry night sky. Inset: Photo of Aaron Wolf in front of a large rock face.

Text: Dr. Aaron Wolf’s research interests include planetary science, geochemistry, mineral physics, and statistical analysis. His work primarily focuses on understanding the role of silicate melts in driving the formation and evolution of rocky planets. Background: Starry night sky with graphics of a star and exoplanets in front of it.

Text: He employs various computational methods to explore these processes, including thermodynamic model building and thermo- and geo-dynamic simulation. Check out his open-source project for thermodynamic modeling of rocky planets at www.enki-portal.org. Background: Starry night sky with graphics of a star and exoplanets.

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