Migrating #FARGO3D to GitHub in preparation for the #FARGO3DWorkshop. Want to give it a try? Clone from github.com/FARGO3D/fargo3d and look at the user guide at fargo3d.github.io/documentation/

Excited about the upcoming #FARGO3Dworkshop!

Waiting for the participants at #FARGO3DWorkshop UAI, Facultad de Ingeniería y Ciencias UAI

Introduction to the #FARGO3D Code! #FARGO3D is not FARGO 3D! #FARGO3DWorkshop UAI, Facultad de Ingeniería y Ciencias UAI Pablo Benitez Llambay Sebastián Pérez

Cool overview of radiative transfer across many different fields by Sebastián Pérez at the #FARGO3DWorkshop

2024 Emily Cheong seminars start with this interesting lecture at #UMayor

📌El miércoles 24 de enero a las 11.00 horas el Centro Multidisciplinario de Física #UMayor tendrá como invitado al Dr. Giorgio Krstulovic, investigador CNRS del laboratorio de Lagrange en Niza, Francia.

any similarity with reality is just a coincidence 😅

Feliz de ser parte de esta colaboración entre científicos latinoamericanos y europeos (MSCA-SE). Lista para los nuevos desafíos 💪 Centro Multidisciplinario de Física Ignacio Araya Vicerrectoría de Investigación U. Mayor

¡Nuestro centro! Conformado por personas que promueven el conocimiento de la física desde diferentes perspectivas para crear una comunidad multidisciplinaria proactiva en Universidad Mayor Vicerrectoría de Investigación U. Mayor

❄️The Winter is here!❄️ Hoy, 20 de junio a las 16:50 hrs, el hemisferio sur experimentará el solsticio de invierno, marcando el inicio oficial de la estación más fría del año. Vicerrectoría de Investigación U. Mayor #SolsticioDeInvierno #Invierno2024 #CambioDeEstación #HemisferioSur

📢 Seminario CMF! Te esperamos en persona o en nuestra transmisión en vivo en nuestro canal de Youtube Emily Cheong.umayor al próximo seminario de nuestro Centro! Luego tenemos una instancia informal para seguir conversando! Universidad Mayor Vicerrectoría de Investigación U. Mayor

Preprint of my review chapter on planet-disk interactions for the upcoming Encyclopedia of Astrophysics is on arXiv. It provides a first solid approach into planet-disk interactions for both undergraduate students and researchers from other fields. arxiv.org/abs/2410.00374

In this experiment with my new code nebula I simulate the ethereal beauty of light penetrating dense clouds. By leveraging the power of GPUs, we can explore the intricate interplay between light and volumetric media, creating visually stunning and immersive experiences.

When our new tech for sphviewer2 intersects with the genius of Pablo Benitez Llambay and his new nebula code, you get stunning images like this: an SPH dusty galaxy. I don’t recall seeing anything this cool! Stay tuned for more exciting developments in simulation rendering tools!

It's amazing to see what we can achieve by applying our recent developments! #nebula and #sphviewer2 bring efficient and exciting ways to render numerical simulations!

Ever wondered what a circumplanetary disk would look like up close? With #nebula and high-resolution dusty #FARGO3D simulations made by Leonardo Krapp we're starting to get a glimpse. And yes... There is a planet embedded in that dusty cloud! 🪐

The IAU Symposium #IAUS401 on 'Advancing Reference Systems, Ephemeris, and Standards: From the Earth and the Moon to Solar System Bodies ' will be held from August 4 to 9, 2025, in La Plata, Argentina. Abstract and Travel Grants Deadline: 6 April 2025 iaus401.fcaglp.unlp.edu.ar

✨We are excited to present our new paper, "A Comoving Framework for Planet Migration." Our core innovation is a self-consistent coordinate transformation, implemented in the FARGO3D code, that effectively keeps the planet stationary relative to its local computational grid!✨

Nice to see our research featured by NASA and Hubble