expand_more

about me

I'm a Wolfson-Harrison PhD student in Astrophysics at the University of Oxford. I use massive computer simulations to study the formation of the most massive galaxies in the Early Universe, pushing the limits of our understanding of the physics governing the formation and evolution of galaxies. I like pretty much any topic in astrophysics and I'm always happy to chat about any ideas/projects that could be tested within the theoretical paradigm of galaxy formation.

thunderstorm

COSMIC RAYS MAGNETOHYDRODYNAMICS

From the primordial magnetic fields in the Early Universe to the polarised synchrotron emission in local galaxies. Understanding their influence in the evolution of galaxies.

sunny_snowing

DUST AND ORGANIC MOLECULES IN GALAXIES

The formation, growth and destruction of dust particles in galaxies across cosmic time, to understand their effect on the fundamental tool of astrophysics: light.

hive

EXTREME STAR FORMATION IN THE EARLY UNIVERSE

Pushing to the limits the current paradigm of galaxy formation, in order to understand the galaxies observed by JWST and ALMA.

draw

QUASARS MODELING

The growth of super-massive black holes and their dust-obscured phases of growth leading to the brightest quasars in the Universe.

MY PROJECTS

MY RESUME

  • From

    October 2021

  • To

    June 2023

school

Department of Astrophysics

Oxford, United Kingdom

C1 ASTROPHYSICS TUTOR

I was a tutor for the masters C1 Astrophysics course at the University of Oxford during the 2021/2022  and 2022/2023 academic years. My duties as a tutor consisted in preparing and imparting tutorials for my group of students and marking their problem sheets.

  • From

    January 2022

  • To

    June 2022

tool

INSTITUT D'ASTROPHYSIQUE DE PARIS

Paris, France

INVITED RESEARCHER

Under the supervision of Dr Yohan Dubois, I am developing a novel dust evolution model for cosmological galaxy simulations. This model accounts on-the-fly for the most relevant processes of dust in galaxies and their interaction with thermo-chemistry, radiation and cosmic rays.

  • From

    July 2019

  • To

    August 2019

science

SOPA

University of St Andrews, St Andrews, Scotland

RESEARCH ASSISTANT SOPA

Summer research supervised by Vivienne Wild and in collaboration with Romeel Davé, in which I studied the relation between mergers, quenching and galaxy colours in cosmological simulations.

  • From

    June 2018

  • To

    August 2018

science

SOPA

University of Edinburgh, Edinburgh, Scotland

RESEARCH INTERNSHIP AT SOPA

Summer research funded by EPSRC Summer Scholarship focused in the chaotic properties of turbulent isotropic fluids and their connection with weather phenomena. Supervised by Prof. Arjun Berera and Richard Ho.

  • From

    November 2015

  • To

    May 2016

school

REAL OBSERVATORIO DE LA ARMADA

San Fernando, Spain

DEVELOPMENT OF SPACE DEBRIS AUTOMATIC DETECTION ALGORITHM

On the basis of the positions detected in astronomical images, using a Python algorithm of my own, the results were compared with the catalogue developed in the Real Observatorio de la Armada. This research was meant as the Extended Essay at the end of my studies in the International Baccalaureate.

  • From

    October 2020

  • To

    Present

history_edu

UNIVERSITY OF OXFORD

Oxford, United Kingdom

PhD ASTROPHYSICS

I am a Wolfson-Harrison PhD student at the Department of Astrophysics (Oxford) working under the supervision of Adrianne Slyz and Julien Devriendt. I work on a multiple of topics like e.g. cosmic rays, magnetic fields, high redshift Universe and the evolution of dust and organic molecules in the interstellar medium. The main focus of my work is to build a more complete model of galaxy formation in a cosmological context to put to test our understanding of the formation of the most massive galaxies in the Universe.

  • From

    October 2019

  • To

    July 2020

school

UNIVERSITY OF CAMBRIDGE

Cambridge, United Kingdom

MASt ASTROPHYSICS

I received the European Scholarship by the Cambridge Trust to study the Part III at the University of Cambridge. The Part III program allows access to an immense variety of specialised courses in applied mathematics and theoretical physics. During my time here I pushed further my interests in theoretical physics and cosmology. I also worked on a project in the study of cosmic ray feedback in supernovae, which lead to paper.

  • From

    September 2016

  • To

    July 2019

school

UNIVERSITY OF EDINBURGH

Edinburgh, Scotland

BSc ASTROPHYSICS

The Royal Observatory of Edinburgh has been a centre for the development of astronomy and astrophysics in the UK and Europe for more 200 years. The University of Edinburgh offers a self-contained bachelor's degree in Astrophysics, based on a general education in physics and applied mathematics during the first two years and the access to courses in modern topics of astrophysics as stellar evolution, advanced cosmology, computational physics or galaxy formation theory. Thanks to my results in the International Baccalaureate, I was able to jump directly to 2nd year and finish the degree in 3 years.

LET'S DISCUSS AND MAKE YOUR PROJECT COME TRUE

contact me if intrested in entrusting your project togheter, thanks.

GET IN TOUCH

HAVE AN IDEA?

let's start talking

Whether you have questions about my work, you are thinking of starting a collaboration, or you just want to talk about science over coffee, do not hesitate to contact me!

  • ADDRESS

  • Denys Wilkinson Building, Keble Road OX1 3RH Oxford (United Kingdom)

  • Francisco.rodriguezmontero@physics.ox.ac.uk

    +34 672208598

Phone

Email