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At home, I am not all the time reading Friedrich Nietzsche's books. I don't like cats, either chinese food. Most of the time I am in front of my laptop, searching about astrophysics stuff. Here I show some of the coding exercises I have done. The terminal window is my favourite application. And when the code runs, then I can't get no satisfaction! Cheers!
[this was at the Research interest' tab till October 2024. moved here as archive.]
Why everything is the way it is? Why Light is two-faced? What is Energy? Why Galaxies behave oddly?
What triggered the structure formation in the early universe? How come gravity is an attractive force, an action at a distance, a manifestation of spacetime curvature, a field on four dimensions, a 4d Riemannian malifold? Why does it change its face at low accelerations?
What do I love the most about Astronomy and Astrophysics? It is the Mathematical representation of the Physical phenomena! Basically, equations can tell you everything!
I enjoy the classical derivation of Christofell symbols for a FLRW metric, the Wave equation of a growing instability in a Stellar system and ... (of course) the Black Body radiation from Statistical Mechanics.
You a physicist? Then, you know my research interests!
COsmological N-body CodE in PyThon
COsmological N-body CodE in PyThon
Experimenting with different codes evolving a universe with Neutrinos
Experimenting with different codes evolving a universe with Neutrinos
Modules for Experiments in Stellar Astrophysics
Modules for Experiments in Stellar Astrophysics
Originally motivated by Dr. Manos Chatzopoulos, along with the great assistance of Amar Aryan, I have been utilizing MESA code in order to have a 15 solar-mass star to explode in a core collapse.
Originally motivated by Dr. Manos Chatzopoulos, along with the great assistance of Amar Aryan, I have been utilizing MESA code in order to have a 15 solar-mass star to explode in a core collapse.
Galactic Stream Python package
Galactic Stream Python package
Going with the flow or the stream but which one of all the galactic streams?
Going with the flow or the stream but which one of all the galactic streams?
Both codes generate Initial Conditions for a cosmological simulation. Examining how the universe evolves, I should insert its initial state, how it will look like in the beginning of the calculations. This is what these two codes do.
Both codes generate Initial Conditions for a cosmological simulation. Examining how the universe evolves, I should insert its initial state, how it will look like in the beginning of the calculations. This is what these two codes do.
PeTar is a N-body code designed to model collisional stellar systems, where multiplicity (binaries, triples ...) and close encounters are important for dynamical evolution
PeTar is a N-body code designed to model collisional stellar systems, where multiplicity (binaries, triples ...) and close encounters are important for dynamical evolution
Being a Ph.D. student at the Astronomical Institute of Charles University & attending the Galactic Dynamics course, I have made use of PeTar to reproduce plots of core collapse of a globular cluster of 1000 particles.
Being a Ph.D. student at the Astronomical Institute of Charles University & attending the Galactic Dynamics course, I have made use of PeTar to reproduce plots of core collapse of a globular cluster of 1000 particles.
A python package for Galactic Dynamics
A python package for Galactic Dynamics
Apart from reproducing all the tutorials, I have enjoyed a lot making simulations with this user-(very) friendly tool.
Apart from reproducing all the tutorials, I have enjoyed a lot making simulations with this user-(very) friendly tool.
Phantom of RAMSES
Phantom of RAMSES
CAMB
CAMB
CLASS
CLASS
MUSIC
monofonIC
AHF
DICE
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