Update README files

README.rst

@@ -272,7 +272,7 @@ If you want a non-default data file distributed with the package just proceed as
 .. code-block:: python
 
     >>> from particle import data
-    >>> Particle.load_table(data.basepath / "particle2020.csv"))
+    >>> Particle.load_table(data.basepath / "particle2022.csv"))
     >>> Particle.load_table(data.basepath / "nuclei2022.csv"), append=True)  # I still want nuclei info
     >>> Particle.table_names()  # list the loaded tables
 

src/particle/data/README.rst

@@ -1,7 +1,7 @@
 Particle Data folder contents
 -----------------------------
 
-You can ``import particle.data``, then use ``particle.data.basepath / "particle2022.csv"``
+You can ``import particle.data``, then use ``particle.data.basepath / "particle2023.csv"``
 to access data reliably regardless of how you have installed or are running the package (even from a zip file!).
 
 
@@ -20,7 +20,7 @@ An extension file for the extended PDG data file, prepared by this package's mai
 It contains entries necessary to provide extended information for the particles in the standard .mcd file.
 
 
-``mass_width_2022.mcd``
+``mass_width_2023.mcd``
 =======================
 
 The latest version of the PDG particle data file, downloaded from the PDG website
@@ -29,7 +29,7 @@ with much less information, but with more particles and more up to date.
 A few older years are included, too.
 
 
-``particle2022.csv``
+``particle2023.csv``
 ====================
 
 The combined data file, in a format that is easy for the ``Particle`` class to read and easy for physicists to extend or edit.
@@ -38,20 +38,20 @@ If you'd like to append to this file, write a similar file with the same header,
 .. code-block:: python
 
     Particle.read_table()
-    Particle.read_table('...', append=True)
+    Particle.read_table("...", append=True)
 
 to read in the original table and then the new file you've written.
 
 This file was created from ``pdgid_to_latexname.csv``, ``mass_width_2008.fwf``,
-``mass_width_2008_ext.fwf`` and ``mass_width_2022.mcd``.
+``mass_width_2008_ext.fwf`` and ``mass_width_2023.mcd``.
 The 2008 version of the file was created with only the first two.
 
 
 ``nuclei2022.csv``
 ==================
 
 Information on nuclei extracted and adapted from package ``periodictable``,
-available in the same format as that of ``particle2022.csv``.
+available in the same format as that of ``particle2023.csv``.
 
 
 ``conversions.csv``