Pinned Repositories
anomalies-visualization
A simple visualization of the difference between mean anomaly, true anomaly, eccentric anomaly.
clean-coding-thesis
Thesis for the Galileian School.
eob-visualizer
Ways to visualize EOB orbits in physical space
failed-supernova-neutrino-mass
Can we measure the mass of neutrinos with a multi-messenger detection of a failed supernova?
gw-landscape
A plot of the gravitational wave landscape, inspired by [gwplotter](http://gwplotter.com/)
interferometry
Resources and data analysis for GIMLI: an interferometer for the measurement of a liquid's refractive index. SGSS school, AY 2018-19.
LGWA-2024-tutorial
master-thesis
mlgw_bns
Accelerating gravitational wave template generation with machine learning.
notes
Notes taken in Latex during lectures.
jacopok's Repositories
jacopok/notes
Notes taken in Latex during lectures.
jacopok/mlgw_bns
Accelerating gravitational wave template generation with machine learning.
jacopok/eob-visualizer
Ways to visualize EOB orbits in physical space
jacopok/interferometry
Resources and data analysis for GIMLI: an interferometer for the measurement of a liquid's refractive index. SGSS school, AY 2018-19.
jacopok/jacopok.github.io
jacopok/master-thesis
jacopok/anomalies-visualization
A simple visualization of the difference between mean anomaly, true anomaly, eccentric anomaly.
jacopok/clean-coding-thesis
Thesis for the Galileian School.
jacopok/failed-supernova-neutrino-mass
Can we measure the mass of neutrinos with a multi-messenger detection of a failed supernova?
jacopok/gw-landscape
A plot of the gravitational wave landscape, inspired by [gwplotter](http://gwplotter.com/)
jacopok/LGWA-2024-tutorial
jacopok/python-testing
This is where all my experiments with python go. I'm mainly trying out the scientific libraries: numpy, scipy, sympy...
jacopok/quantum_optics
Projects in quantum optics: statistics of photon distributions and single-photon experiments.
jacopok/bajes
Bayesian Jenaer software
jacopok/bilby
A unified framework for stochastic sampling packages and gravitational-wave inference in Python. Note that we are currently transitioning from git.ligo.org/lscsoft/bilby, please bear with us!
jacopok/cogwheel
Combining gravitational wave harmonics for efficient evaluation of likelihood
jacopok/doccheck
Check that docstrings satisfy Numpy format
jacopok/graphing-tutorial
jacopok/gw_frequencies
A convenience package to make reduced frequency arrays for the representation of gravitational waveforms.
jacopok/GWFish-1
Simulation of detector networks with Fisher-matrix PE
jacopok/lgwa-skyloc
Estimates about the sky localization capabilities of the Lunar Gravitational Wave Antenna.
jacopok/pod-workshop
Presentation and scripts for the Physics of Data workshop, https://www.aisociety-unipd.it/spring-workshop-on-physics-of-data/
jacopok/population_analysis
Analysis of the outputs of the MOBSE and FASTCLUSTER codes.
jacopok/pycbc
Core package to analyze gravitational-wave data, find signals, and study their parameters. This package was used in the first direct detection of gravitational waves (GW150914), and is used in the ongoing analysis of LIGO/Virgo data.
jacopok/PyROQ
jacopok/scipy
SciPy library main repository
jacopok/showyourwork
Fully reproducible, open source scientific articles in LaTeX.
jacopok/taylorswift
A code to match you with the perfect Taylor Swift song for your mood and relationship status.
jacopok/The_CR_Spectrum
The Cosmic Ray spectrum plot
jacopok/UltraNest
Fit and compare complex models reliably and rapidly. Advanced nested sampling.