fix link, add application link

Author: davidlange6

_pages/season_of_docs_2023.md

@@ -8,9 +8,11 @@ permalink: /season_of_docs_2023
 
 # Our 2023 Season of Docs project
 
+[Link to application page - Deadline April 16](https://docs.google.com/forms/d/e/1FAIpQLSd2fMoP9zDT3Ph13Q8lOJ39BtN6ECJ3_JwpVQMghKg1pEib2w/viewform?usp=sf_link)
+
 We seek to advance the documentation in the area of interactive analysis, both in the context of C++ and support for C++/Python interoperability.  Our intent is to build the sort of documentation that enables user engagement while being easy to update as our codes continue to evolve and improve.
 
-Our background is in enabling particle physics researchers to do cutting-edge data analysis. To make this happen, researchers have developed several unique software technologies in the area of data analysis. We developed an interactive, interpretative C++ interpreter (aka REPL) as part of the ROOT data analysis project, including “Cling”, which is a REPL based on LLVM. [Cling](https://rawgit.com/root-project/cling/master/www/index.html) is a core component of ROOT and has been in production since 2014. Cling is also a standalone tool, which has a growing community outside of our field. It is recognized for enabling interactivity, dynamic interoperability and rapid prototyping capabilities for C++ developers. For example, if you are typing C++ in a Jupyter notebook you are using the (xeus-cling)[https://xeus-cling.readthedocs.io/en/latest/] Jupyter kernel. 
+Our background is in enabling particle physics researchers to do cutting-edge data analysis. To make this happen, researchers have developed several unique software technologies in the area of data analysis. We developed an interactive, interpretative C++ interpreter (aka REPL) as part of the ROOT data analysis project, including “Cling”, which is a REPL based on LLVM. [Cling](https://rawgit.com/root-project/cling/master/www/index.html) is a core component of ROOT and has been in production since 2014. Cling is also a standalone tool, which has a growing community outside of our field. It is recognized for enabling interactivity, dynamic interoperability and rapid prototyping capabilities for C++ developers. For example, if you are typing C++ in a Jupyter notebook you are using the [xeus-cling](https://xeus-cling.readthedocs.io/en/latest/) Jupyter kernel. 
 
 We are in the midst of an important project to address one of the major challenges to ensure Cling’s sustainability and to foster that growing community: moving most parts of Cling into LLVM. Since LLVM version 13 we have released a version of Cling called Clang-Repl within LLVM itself. We subsequently focused on the language interoperability capabilities of Cling. One user facing application of our libInterOp, together with Clang-Repl, is Xeus-Clang-Repl, which is a replacement for xeus-cling using these new codes. As we advance the implementation and generalize its usage we aim for improving the overall documentation experience in the area of interactive programming in various environments.