Notebooks
To make science more accessible, I willingly share in this section some of my more well-groomed research notebooks. This includes explicit calculations of hairy black holes and cosmological backgrounds, and a study of their perturbations, in scalar-tensor theories (covering my PhD thesis). Hopefully, this section could be of little help to anyone finding the field too dark.
*My codes today often use the xAct package and its derivatives (specifically, xPert, xCoba, and xPand) to avoid the mentally taxing tensor algebra calculations chained to metric theories of gravity. This really gets things done and helps me focus on the physical meaning of the results.
*My codes today often use the xAct package and its derivatives (specifically, xPert, xCoba, and xPand) to avoid the mentally taxing tensor algebra calculations chained to metric theories of gravity. This really gets things done and helps me focus on the physical meaning of the results.
(6) Supplementary Mathematica notebooks for arXiv:2007.06006 (Stealth black hole perturbations in kinetic gravity braiding)
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(7) Supplementary Mathematica notebooks for arXiv:2101.00965 (Self-tuning kinetic gravity braiding: Cosmological dynamics, shift symmetry, and the tadpole)
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