… MESA and demonstrates its current capabilities. We assume that the reader is familiar with
the basic stellar physics … at meaningful solutions when using MESA. For background material …

… MESA that now allow for the simulation of radiative levitation of heavy elements in hot stars.
We close by noting that the MESA … enabling capability for accelerating MESA's development. …

… Modules for Experiments in Stellar Astrophysics (MESA) and … boundaries is consistent with
the physics of convection, and … now available to study with MESA due to improved treatments …

… In the following subsections, we discuss a new MESA module that creates initial models in
the planetary mass range M ≃ 0.1–10 M J , and present a suite of evolutionary calculations. …

… We strengthen MESA's implementation of the equation of state… in MESA, we describe key
updates to the treatment of stellar … We close by discussing major updates to MESA's software …

… in MESA, we introduce a new approach to modifying the pressure and temperature equations
of stellar … We quantify the parallel performance of MESA on current-generation multicore …

… the testing infrastructure developed for and used by the Modules for Experiments in Stellar
Astrophysics (MESA… This system allows the computationally demanding MESA test suite to be …

… physics. When considering phase separation alongside 22 Ne sedimentation, however, we
find that both MESA … the open-source stellar evolution software MESA provides an important …

… in computational stellar astrophysics. A newly designed 1-D stellar evolution module, MESA
… of the numerical and physics modules for simulations of a wide range of stellar evolution …

… Modules for Experiments in Stellar Astrophysics (MESA) and … boundaries is consistent with
the physics of convection, and … now available to study with MESA due to improved treatments …