home.md

@@ -11,15 +11,16 @@ The codebase is hosted by the University of Namur. We are open to granting acces
 
 ## General description
 
-This python3 module allows you to perform radiobiology related simulations. The embedded
-science (all Physics, Chemistry & Biology) has the purpose to solve systems of Ordinary
-Differential Equations (a.k.a. ODE) based on equations provided via an input file.
-The default solver is the LSODA solver from the good
+This python3 module allows you to perform radiobiology-related simulations. The embedded
+science, which includes physics, chemistry, and biology, aims to solve systems of
+Ordinary Differential Equations (ODE) based on equations provided via an input file.
+The default solver used in this module is the LSODA solver from the
 [scipy](https://docs.scipy.org/doc/scipy/reference/generated/scipy.integrate.solve_ivp.html)
 module.
 
+### Forewords
 
-This documentation assumes you already have or know how to install a new python3
+The following documentation assumes you already have or know how to install a new python3
 environment on your local machine. If it is not yet the case, We suggest to check
 [this](https://www.anaconda.com/) out.
 
@@ -32,7 +33,8 @@ Currently the main dependencies of this module are:
 - lark
 - more-itertools
 
-For JupyterLab user, think to also install (to have nice progressbar):
+For JupyterLab users, it is also suggested to install the following packages for a
+better experience:
 
 - tqdm
 - jupyterlab-widgets
@@ -49,7 +51,7 @@ ps: Needless to say that Python2 is forbidden...
 pps: There is currently no code coverage (tests)... a big problem to solve.
 
 
-### Wiki Navigation
+## Wiki Navigation
 
 [Getting Started](/Getting-Started)  
 [Configuration File](/Getting-Started/Configuration-Files)