L2IT Formation - User contributions [en]

Tutorial — Basic usage of CC-IN2P3

2026-05-03T12:05:39Z

Gscamps: Created page with "{{Contribute}} == Tutorial — Basic usage of CC-IN2P3 == === Introduction === This tutorial is part of a collaborative wiki: feel free to update it, modify it, or add relevant information for future users. === Connecting to the computing center === From a local terminal on your computer, you can connect to the CC-IN2P3 server using SSH: <pre> ssh <USERNAME>@cca.in2p3.fr </pre> After entering your username and password, if the connection is successful you should s..."

{{Contribute}}

== Tutorial — Basic usage of CC-IN2P3 ==

=== Introduction ===

This tutorial is part of a collaborative wiki: feel free to update it, modify it, or add relevant information for future users.

=== Connecting to the computing center ===

From a local terminal on your computer, you can connect to the CC-IN2P3 server using SSH:

<pre>
ssh <USERNAME>@cca.in2p3.fr
</pre>

After entering your username and password, if the connection is successful you should see a message similar to:

<pre>
################################################################################
_________________________________________________
| |
| Bienvenue au Centre de Calcul de l'IN2P3 / CNRS |
|_________________________________________________|

Pour votre utilisation quotidienne des serveurs interactifs,
merci de consulter le guide des bonnes pratiques :
https://doc.cc.in2p3.fr/fr/Daily-usage/access/cca-connect.html#cca-best-practices

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
______________________________________________
| |
| Welcome to the IN2P3 Computing Center / CNRS |
|______________________________________________|

For your daily use of interactive servers, please read the best practices guide:
https://doc.cc.in2p3.fr/en/Daily-usage/access/cca-connect.html#cca-best-practices

################################################################################
</pre>

You now have access to a terminal on the computing center in Lyon.

=== Preparing a job ===

Create a new directory and move into it:

<pre>
mkdir test_hello_world
cd test_hello_world
</pre>

Copy an example C program:

<pre>
cp /pbs/throng/l2it/tutoriel_exemple_file/hello_world_c/hello_world.c ./
</pre>

You can inspect the file with:

<pre>
cat hello_world.c
</pre>

Compile the code to create an executable:

<pre>
gcc hello_world.c -o hello_world
</pre>

=== Submitting a job ===

Copy a job script:

<pre>
cp /pbs/throng/l2it/tutoriel_exemple_file/hello_world_c/job.sh ./
</pre>

Inspect it with:

<pre>
cat job.sh
</pre>

Lines starting with #SBATCH provide instructions to the scheduler (job name, time limit, memory, etc.).
The command:

<pre>
./hello_world > hello_world.out
</pre>

runs the program and saves the output.

Submit the job:

<pre>
sbatch job.sh
</pre>

You should see output similar to:

<pre>
Submitted batch job XXXXXXXX
</pre>

Check the job status:

<pre>
squeue
</pre>

If the job no longer appears, it has completed.

View output files:

<pre>
cat test_XXXX.log
cat hello_world.out
</pre>

Expected result:

<pre>
Hello, World!
</pre>

=== Cancelling a job ===

To cancel a job:

<pre>
scancel <JOB_ID>
</pre>

Find the job ID with:

<pre>
squeue
</pre>

=== Downloading data locally ===

To copy files from the computing center to your local machine:

1. Exit the remote session:
<pre>
exit
</pre>

2. Use scp from your local terminal:

<pre>
scp <USERNAME>@cca.in2p3.fr:test_hello_world/hello_world.out ./
</pre>

The file will be copied to your current directory.

=== Further resources ===

* https://doc.cc.in2p3.fr/index.html

Main Page

2026-05-03T11:59:58Z

Gscamps:

= L2iT Formation Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
! style="text-align:left;" | How to contribute to this wiki
|-
| style="padding:12px;" |
This wiki is maintained by and for its users: people who actually need and use these resources in their daily work.

Its quality depends directly on contributions from the community.

'''Do not hesitate to contribute, even if you are not an expert on the topic.'''

* Add missing information or useful links whenever you encounter them
* Improve or correct existing pages when something is outdated or unclear
* Share practical experience from courses, tools, or workflows
* Even small edits are useful and help others
* You can also create new pages and add a link to the main page

'''If something is missing, unclear, or could be useful: it should be added.'''

You are also strongly encouraged to request new content or signal missing resources on the dedicated page:
'''[[Needs]]''' (formation requests, missing tools, suggestions)

There is no need to hesitate: this wiki is meant to evolve from the real needs of its users.
|}

== Available training resources ==
* [[On-site training courses in Toulouse]]
* [[On-site training courses outside Toulouse]]
* [[Remote training and self-learning resources]]

== Resources and Tutorials ==

* [[Basic tools]] — Linux, shell, SSH, clusters
* [[Tutorial — Basic usage of CC-IN2P3]]
* [[Version control tools]] — Git et GitLab
* [[python]]
* [[High-performance computing]]
* [[Deep Learning and Artificial intelligence]]
* [[Software quality and best practices]]
* [[Scientific programming and optimization]]
* [[C++ programming language]]

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Main Page

2026-04-23T14:02:26Z

Gscamps: /* Resources and Tutorials */

= L2iT Formation Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
! style="text-align:left;" | How to contribute to this wiki
|-
| style="padding:12px;" |
This wiki is maintained by and for its users: people who actually need and use these resources in their daily work.

Its quality depends directly on contributions from the community.

'''Do not hesitate to contribute, even if you are not an expert on the topic.'''

* Add missing information or useful links whenever you encounter them
* Improve or correct existing pages when something is outdated or unclear
* Share practical experience from courses, tools, or workflows
* Even small edits are useful and help others
* You can also create new pages and add a link to the main page

'''If something is missing, unclear, or could be useful: it should be added.'''

You are also strongly encouraged to request new content or signal missing resources on the dedicated page:
'''[[Needs]]''' (formation requests, missing tools, suggestions)

There is no need to hesitate: this wiki is meant to evolve from the real needs of its users.
|}

== Available training resources ==
* [[On-site training courses in Toulouse]]
* [[On-site training courses outside Toulouse]]
* [[Remote training and self-learning resources]]

== Resources and Tutorials ==

* [[Basic tools]] — Linux, shell, SSH, clusters
* [[Version control tools]] — Git et GitLab
* [[python]]
* [[High-performance computing]]
* [[Deep Learning and Artificial intelligence]]
* [[Software quality and best practices]]
* [[Scientific programming and optimization]]
* [[C++ programming language]]

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Main Page

2026-04-23T13:54:33Z

Gscamps:

= L2iT Formation Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
! style="text-align:left;" | How to contribute to this wiki
|-
| style="padding:12px;" |
This wiki is maintained by and for its users: people who actually need and use these resources in their daily work.

Its quality depends directly on contributions from the community.

'''Do not hesitate to contribute, even if you are not an expert on the topic.'''

* Add missing information or useful links whenever you encounter them
* Improve or correct existing pages when something is outdated or unclear
* Share practical experience from courses, tools, or workflows
* Even small edits are useful and help others
* You can also create new pages and add a link to the main page

'''If something is missing, unclear, or could be useful: it should be added.'''

You are also strongly encouraged to request new content or signal missing resources on the dedicated page:
'''[[Needs]]''' (formation requests, missing tools, suggestions)

There is no need to hesitate: this wiki is meant to evolve from the real needs of its users.
|}

== Available training resources ==
* [[On-site training courses in Toulouse]]
* [[On-site training courses outside Toulouse]]
* [[Remote training and self-learning resources]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Nuclear physics ressources

2026-04-23T13:53:31Z

Gscamps:

{{Contribute}}

== Nuclear physics schools ==

{| class="wikitable"
! School !! Type / Description !! Link
|-
| PhyNuBe (4th edition)
| Nuclear physics school (PhyNuBe series, advanced training in nuclear theory and related topics)
| https://indico.in2p3.fr/event/35170/
|-
| École Joliot-Curie
| Advanced school in nuclear physics and related fields (CNRS/IN2P3 training school)
| https://ejc.in2p3.fr/
|-
| TALENT School
| Training in Advanced Low-Energy Nuclear Theory (international nuclear theory school program)
| https://fribtheoryalliance.org/TALENT/
|}

== Database ==

This page gathers commonly used nuclear physics databases, both theoretical and experimental.
It is intended as a quick reference for accessing nuclear structure data, mass models, and reaction data.

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny–HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
| BRUSLIB
| Nuclear data library (masses, level densities, etc.) based on BSkG3 calculations
| https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
| NNDC
| Comprehensive resource for nuclear data
| https://www.nndc.bnl.gov/
|-
| Interactive nuclear chart
| Nuclear chart mainly useful for visualization
| https://people.physics.anu.edu.au/~ecs103/chart/
|-
| JAEA fission data
| Fission yield data
| https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
| EXFOR
| Extensive compilation of experimental nuclear reaction data
| https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
| Atomic mass evaluation database
| https://www-nds.iaea.org/amdc/
|}

== Useful links ==

{| class="wikitable"
! Resource !! Type / Description !! Link
|-
| GDR RESANET
| French nuclear theory community network
| https://resanet.in2p3.fr/
|-
| ECT*
| European Centre for Theoretical Studies in Nuclear Physics and Related Areas (workshops, programs)
| https://www.ectstar.eu/activities/workshops/
|-
| Institute for Nuclear Theory (INT)
| Theoretical nuclear physics institute, Seattle (workshops, programs, collaborations)
| https://www.int.washington.edu/
|-
| ESNT
| European School on Nuclear Theory (training programs, lectures, schools)
| https://esnt.cea.fr/index.php
|}

Nuclear physics ressources

2026-04-23T13:52:39Z

Gscamps: /* Useful links */

{{Contribute}}

== Database ==

This page gathers commonly used nuclear physics databases, both theoretical and experimental.
It is intended as a quick reference for accessing nuclear structure data, mass models, and reaction data.

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny–HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
| BRUSLIB
| Nuclear data library (masses, level densities, etc.) based on BSkG3 calculations
| https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
| NNDC
| Comprehensive resource for nuclear data
| https://www.nndc.bnl.gov/
|-
| Interactive nuclear chart
| Nuclear chart mainly useful for visualization
| https://people.physics.anu.edu.au/~ecs103/chart/
|-
| JAEA fission data
| Fission yield data
| https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
| EXFOR
| Extensive compilation of experimental nuclear reaction data
| https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
| Atomic mass evaluation database
| https://www-nds.iaea.org/amdc/
|}

=== Useful links ===

{| class="wikitable"
! Resource !! Type / Description !! Link
|-
| GDR RESANET
| French nuclear theory community network
| https://resanet.in2p3.fr/
|-
| ECT*
| European Centre for Theoretical Studies in Nuclear Physics and Related Areas (workshops, programs)
| https://www.ectstar.eu/activities/workshops/
|-
| Institute for Nuclear Theory (INT)
| Theoretical nuclear physics institute, Seattle (workshops, programs, collaborations)
| https://www.int.washington.edu/
|-
| ESNT
| European School on Nuclear Theory (training programs, lectures, schools)
| https://esnt.cea.fr/index.php
|}

=== Nuclear physics schools ===

{| class="wikitable"
! School !! Type / Description !! Link
|-
| PhyNuBe (4th edition)
| Nuclear physics school (PhyNuBe series, advanced training in nuclear theory and related topics)
| https://indico.in2p3.fr/event/35170/
|-
| École Joliot-Curie
| Advanced school in nuclear physics and related fields (CNRS/IN2P3 training school)
| https://ejc.in2p3.fr/
|-
| TALENT School
| Training in Advanced Low-Energy Nuclear Theory (international nuclear theory school program)
| https://fribtheoryalliance.org/TALENT/
|}

Needs

2026-04-23T13:46:25Z

Gscamps: Created page with "= Needs and Requests = This page is used to collect requests from L2IT members regarding: * missing training courses * missing documentation or tutorials * useful tools or resources that should be added to the wiki * improvements or clarifications of existing content The goal is to ensure that this wiki evolves directly from the needs of its users. '''Do not hesitate to add a request, even if it is informal or incomplete.''' ---- == How to use this page == You can..."

= Needs and Requests =

This page is used to collect requests from L2IT members regarding:
* missing training courses
* missing documentation or tutorials
* useful tools or resources that should be added to the wiki
* improvements or clarifications of existing content

The goal is to ensure that this wiki evolves directly from the needs of its users.

'''Do not hesitate to add a request, even if it is informal or incomplete.'''

----

== How to use this page ==

You can simply add a new item below using a short description:
* what you need
* why you need it (optional but helpful)
* any context or example if relevant

There is no need for a strict format.

----

== Requests ==

=== Training ===
* (add your request here)

=== Documentation / Tutorials ===
* (add your request here)

=== Tools / Software ===
* (add your request here)

=== Other ===
* (add your request here)

----

== Completed requests ==

''Once a need has been addressed (e.g. a page created, a course found, or a tutorial written), it can be moved here for tracking purposes.''

* (resolved items)

Main Page

2026-04-23T13:45:23Z

Gscamps:

= L2iT Formation Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
! style="text-align:left;" | How to contribute to this wiki
|-
| style="padding:12px;" |
This wiki is maintained by and for its users: people who actually need and use these resources in their daily work.

Its quality depends directly on contributions from the community.

'''Do not hesitate to contribute, even if you are not an expert on the topic.'''

* Add missing information or useful links whenever you encounter them
* Improve or correct existing pages when something is outdated or unclear
* Share practical experience from courses, tools, or workflows
* Even small edits are useful and help others

'''If something is missing, unclear, or could be useful: it should be added.'''

You are also strongly encouraged to request new content or signal missing resources on the dedicated page:
'''[[Needs]]''' (formation requests, missing tools, suggestions)

There is no need to hesitate: this wiki is meant to evolve from the real needs of its users.
|}

== Available training resources ==
* [[On-site training courses in Toulouse]]
* [[On-site training courses outside Toulouse]]
* [[Remote training and self-learning resources]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Remote training and self-learning resources

2026-04-23T13:36:08Z

Gscamps:

== Remote training courses ==

''If you attend one of these training courses, please consider adding a short review below. Feedback (content, difficulty, usefulness, relevance) is very valuable for improving this list.''

----

== Gray Scott School ==

* '''Type:''' Online school / advanced scientific computing
* '''Link:''' https://cta-lapp.pages.in2p3.fr/COURS/GRAY_SCOTT_REVOLUTIONS/GrayScottRevolution/

'''Description:'''
Training material and lectures related to computational physics and numerical methods.

'''Reviews:'''
* (add your feedback here)

----

== CNRS FIDLE - Deep Learning training ==

* '''Type:''' Online training (CNRS)
* '''Link:''' https://www.fidle.cnrs.fr/w3/

'''Description:'''
Training program on deep learning provided by CNRS, including lectures and practical notebooks.

'''Reviews:'''
* (add your feedback here)

----

== France Université Numérique (FUN) ==

* '''Type:''' MOOC platform
* '''Link:''' https://www.fun-mooc.fr/

'''Description:'''
Platform offering a wide range of online courses from French universities.

'''Reviews:'''
* (add your feedback here)

----

== HSF Training Center ==

* '''Type:''' High Energy Physics software training
* '''Link:''' https://hsf-training.org/training-center/

'''Description:'''
Training materials for HEP software, computing, and analysis tools.

'''Reviews:'''
* (add your feedback here)

----

== BSSw (Better Scientific Software) ==

* '''Type:''' Scientific software engineering resources
* '''Link:''' https://bssw.io/items

'''Description:'''
Collection of best practices, articles, and tutorials for scientific software development.

'''Reviews:'''
* (add your feedback here)

----

== Software Carpentry ==

* '''Type:''' Programming and computing training
* '''Link:''' https://software-carpentry.org/lessons/

'''Description:'''
Lessons on programming, version control, and computational skills for scientists.

'''Reviews:'''
* (add your feedback here)

----

== OpenClassrooms ==

* '''Type:''' Online learning platform
* '''Link:''' https://openclassrooms.com/fr/

'''Description:'''
Wide range of professional and technical online courses.

'''Reviews:'''
* (add your feedback here)

Remote training and self-learning resources

2026-04-23T13:33:29Z

Gscamps: Created page with "== Remote training courses == ''If you attend one of these training courses, please consider adding a short review below. Feedback (content, difficulty, usefulness, relevance) is very valuable for improving this list.'' ---- === Remote training === == Gray Scott School == * '''Type:''' Online school / advanced scientific computing * '''Link:''' https://cta-lapp.pages.in2p3.fr/COURS/GRAY_SCOTT_REVOLUTIONS/GrayScottRevolution/ '''Description:''' Training material..."

== Remote training courses ==

''If you attend one of these training courses, please consider adding a short review below. Feedback (content, difficulty, usefulness, relevance) is very valuable for improving this list.''

----

=== Remote training ===

== Gray Scott School ==

* '''Type:''' Online school / advanced scientific computing
* '''Link:''' https://cta-lapp.pages.in2p3.fr/COURS/GRAY_SCOTT_REVOLUTIONS/GrayScottRevolution/

'''Description:'''
Training material and lectures related to computational physics and numerical methods.

'''Reviews:'''
* (add your feedback here)

----

== CNRS FIDLE - Deep Learning training ==

* '''Type:''' Online training (CNRS)
* '''Link:''' https://www.fidle.cnrs.fr/w3/

'''Description:'''
Training program on deep learning provided by CNRS, including lectures and practical notebooks.

'''Reviews:'''
* (add your feedback here)

----

=== Self-learning resources ===

== France Université Numérique (FUN) ==

* '''Type:''' MOOC platform
* '''Link:''' https://www.fun-mooc.fr/

'''Description:'''
Platform offering a wide range of online courses from French universities.

'''Reviews:'''
* (add your feedback here)

----

== HSF Training Center ==

* '''Type:''' High Energy Physics software training
* '''Link:''' https://hsf-training.org/training-center/

'''Description:'''
Training materials for HEP software, computing, and analysis tools.

'''Reviews:'''
* (add your feedback here)

----

== BSSw (Better Scientific Software) ==

* '''Type:''' Scientific software engineering resources
* '''Link:''' https://bssw.io/items

'''Description:'''
Collection of best practices, articles, and tutorials for scientific software development.

'''Reviews:'''
* (add your feedback here)

----

== Software Carpentry ==

* '''Type:''' Programming and computing training
* '''Link:''' https://software-carpentry.org/lessons/

'''Description:'''
Lessons on programming, version control, and computational skills for scientists.

'''Reviews:'''
* (add your feedback here)

----

== OpenClassrooms ==

* '''Type:''' Online learning platform
* '''Link:''' https://openclassrooms.com/fr/

'''Description:'''
Wide range of professional and technical online courses.

'''Reviews:'''
* (add your feedback here)

Main Page

2026-04-23T13:33:17Z

Gscamps:

On-site training courses outside Toulouse

2026-04-23T13:30:46Z

Gscamps: Created page with "== On-site training courses outside Toulouse == ''If you attend one of these training courses, please consider adding a short review in the corresponding section below. Feedback (content, difficulty, usefulness, relevance) is very valuable for improving and maintaining this list.'' The training courses listed below are selected to meet the needs of L2IT, as identified by the Task Force. They are offered regularly and are open to L2IT members, although they take place o..."

== On-site training courses outside Toulouse ==

''If you attend one of these training courses, please consider adding a short review in the corresponding section below. Feedback (content, difficulty, usefulness, relevance) is very valuable for improving and maintaining this list.''

The training courses listed below are selected to meet the needs of L2IT, as identified by the Task Force. They are offered regularly and are open to L2IT members, although they take place outside Toulouse.

----

== IDRIS - Modern scientific C++ ==

* '''Frequency:''' 1–2 times per year (3-day course)
* '''Location:''' IDRIS, Orsay (91)
* '''Language:''' French
* '''Target audience:''' Researchers and engineers using or having used older C++ standards (pre C++11) who want to modernize their skills for scientific computing and data processing

'''Description:'''
* Understand limitations of C++98
* Learn modern C++ (C++11/14/17/20) features
* Explore the Standard Library in depth
* Address scientific computing use cases

'''Reference:''' http://www.idris.fr/formations/cplusplus/fiche-cplusplus.html

'''Reviews:'''
* (add your feedback here)

----

== IDRIS - Practical introduction to deep learning (IPDL) ==

* '''Frequency:''' 2–4 times per year (2-day course)
* '''Location:''' IDRIS, Orsay (91)
* '''Language:''' French, English slides
* '''Target audience:''' Beginners in Artificial Intelligence with basic prerequisites (engineers, researchers, developers, PhD students, etc.)

'''Description:'''
* Introduction to fundamental deep learning concepts
* Focus on understanding core principles and best practices
* Preparation for more advanced architectures and techniques

'''Reference:''' http://www.idris.fr/formations/ipdl/fiche-ipdl.html
'''Materials:''' http://www.idris.fr/formations/ipdl/

'''Reviews:'''
* (add your feedback here)

----

== IDRIS - Deep learning architectures (ArchDL) ==

* '''Frequency:''' 2–4 times per year (2-day course, usually following IPDL)
* '''Location:''' IDRIS, Orsay (91)
* '''Language:''' French, English slides
* '''Target audience:''' Users with prior exposure to deep learning (self-taught, academic, or professional), especially those who followed IPDL

'''Description:'''
* Overview of neural network architectures
* Applications to images, audio, text, and graphs
* Focus on understanding model design and structure

'''Reference:''' http://www.idris.fr/formations/archdl/fiche-archdl.html
'''Materials:''' http://www.idris.fr/formations/archdl/

'''Reviews:'''
* (add your feedback here)

----

== CERN - ATLAS Software Tutorials ==

* '''Frequency:''' 4 times per year (5-day course)
* '''Location:''' CERN or remote depending on session
* '''Language:''' English
* '''Target audience:''' ATLAS collaboration members interested in analysis software and physics tools

'''Description:'''
* Theoretical introduction and hands-on exercises
* End-to-end data analysis workflow in ATLAS
* Practical use of ATLAS software tools

'''Reference:''' https://atlassoftwaredocs.web.cern.ch/analysis-software/ASWTutorial/

'''Reviews:'''
* (add your feedback here)

Main Page

2026-04-23T13:30:08Z

Gscamps:

On-site training courses in Toulouse

2026-04-23T13:27:07Z

Gscamps:

{{Contribute}}

== On-site training courses in Toulouse ==

''If you attend one of these training courses, please consider adding a short review in the corresponding section below. Feedback (content, difficulty, usefulness) is very valuable for improving and maintaining this list.''

The training courses listed below are selected to meet the needs of L2IT, as identified by the Task Force. They are delivered regularly and are open to members of L2IT in Toulouse.

== CALMIP - Introduction to HPC computing systems ==

* '''Frequency:''' 1–2 times per year
* '''Location:''' CALMIP, Espace Clément Ader
* '''Language:''' French
* '''Target audience:''' Researchers, PhD students, and interns who need to use HPC resources

'''Description:'''
The Midi-Pyrénées computing center (CALMIP) offers introductory sessions on the use of supercomputers (notably its system Olympe until 2025).
Topics include system access, module environments, job submission, and storage usage. The content is transferable to other HPC systems (CC-IN2P3, TREX, etc.).

'''Reviews:'''
* (add your feedback here)

----

== IMFT / Toulouse INP - Linux usage ==

* '''Frequency:''' Once per year (spring)
* '''Location:''' Institut de Mécanique des Fluides de Toulouse, Île du Ramier
* '''Language:''' French, English slides
* '''Target audience:''' Beginners in Linux systems

'''Description:'''
Training provided by CoSiNus (IMFT). Introduction to Linux: terminal, file systems, basic commands, and SSH remote access.

'''Reviews:'''
* (add your feedback here)

----

== IMFT / Toulouse INP - Git and GitLab ==

* '''Frequency:''' Once per year (spring)
* '''Location:''' Institut de Mécanique des Fluides de Toulouse, Île du Ramier
* '''Language:''' French, English slides
* '''Target audience:''' Beginners in Git

'''Description:'''
Introduction to Git version control, basic workflows, remote repositories, and GitLab usage. Includes a practical session with conflict resolution exercises.

'''Reviews:'''
* (add your feedback here)

----

== OMP - Introduction to Julia for beginner scientists ==

* '''Frequency:''' 1–2 times per year
* '''Location:''' IRAP / OMP
* '''Language:''' French
* '''Target audience:''' Beginner scientists

'''Description:'''
Introduction to the Julia programming language as an alternative to Python, with performance close to compiled languages. Based on Jupyter notebooks over half a day.

'''Reviews:'''
* (add your feedback here)

On-site training courses in Toulouse

2026-04-23T13:26:31Z

Gscamps: Created page with "== On-site training courses in Toulouse == ''If you attend one of these training courses, please consider adding a short review in the corresponding section below. Feedback (content, difficulty, usefulness) is very valuable for improving and maintaining this list.'' The training courses listed below are selected to meet the needs of L2IT, as identified by the Task Force. They are delivered regularly and are open to members of L2IT in Toulouse. == CALMIP - Introduction..."

== On-site training courses in Toulouse ==

''If you attend one of these training courses, please consider adding a short review in the corresponding section below. Feedback (content, difficulty, usefulness) is very valuable for improving and maintaining this list.''

The training courses listed below are selected to meet the needs of L2IT, as identified by the Task Force. They are delivered regularly and are open to members of L2IT in Toulouse.

== CALMIP - Introduction to HPC computing systems ==

* '''Frequency:''' 1–2 times per year
* '''Location:''' CALMIP, Espace Clément Ader
* '''Language:''' French
* '''Target audience:''' Researchers, PhD students, and interns who need to use HPC resources

'''Description:'''
The Midi-Pyrénées computing center (CALMIP) offers introductory sessions on the use of supercomputers (notably its system Olympe until 2025).
Topics include system access, module environments, job submission, and storage usage. The content is transferable to other HPC systems (CC-IN2P3, TREX, etc.).

'''Reviews:'''
* (add your feedback here)

----

== IMFT / Toulouse INP - Linux usage ==

* '''Frequency:''' Once per year (spring)
* '''Location:''' Institut de Mécanique des Fluides de Toulouse, Île du Ramier
* '''Language:''' French, English slides
* '''Target audience:''' Beginners in Linux systems

'''Description:'''
Training provided by CoSiNus (IMFT). Introduction to Linux: terminal, file systems, basic commands, and SSH remote access.

'''Reviews:'''
* (add your feedback here)

----

== IMFT / Toulouse INP - Git and GitLab ==

* '''Frequency:''' Once per year (spring)
* '''Location:''' Institut de Mécanique des Fluides de Toulouse, Île du Ramier
* '''Language:''' French, English slides
* '''Target audience:''' Beginners in Git

'''Description:'''
Introduction to Git version control, basic workflows, remote repositories, and GitLab usage. Includes a practical session with conflict resolution exercises.

'''Reviews:'''
* (add your feedback here)

----

== OMP - Introduction to Julia for beginner scientists ==

* '''Frequency:''' 1–2 times per year
* '''Location:''' IRAP / OMP
* '''Language:''' French
* '''Target audience:''' Beginner scientists

'''Description:'''
Introduction to the Julia programming language as an alternative to Python, with performance close to compiled languages. Based on Jupyter notebooks over half a day.

'''Reviews:'''
* (add your feedback here)

Main Page

2026-04-23T13:21:45Z

Gscamps:

Main Page

2026-04-23T13:11:58Z

Gscamps:

Main Page

2026-04-23T13:11:41Z

Gscamps:

Main Page

2026-04-23T08:39:20Z

Gscamps:

Nuclear physics ressources

2026-04-22T13:55:03Z

Gscamps: /* Useful links */

{{Contribute}}

== Database ==

This page gathers commonly used nuclear physics databases, both theoretical and experimental.
It is intended as a quick reference for accessing nuclear structure data, mass models, and reaction data.

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny–HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
| BRUSLIB
| Nuclear data library (masses, level densities, etc.) based on BSkG3 calculations
| https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
| NNDC
| Comprehensive resource for nuclear data
| https://www.nndc.bnl.gov/
|-
| Interactive nuclear chart
| Nuclear chart mainly useful for visualization
| https://people.physics.anu.edu.au/~ecs103/chart/
|-
| JAEA fission data
| Fission yield data
| https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
| EXFOR
| Extensive compilation of experimental nuclear reaction data
| https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
| Atomic Mass Data Center
| https://www-nds.iaea.org/amdc/
|}

=== Useful links ===

{| class="wikitable"
! Resource !! Type / Description !! Link
|-
| GDR resanet
| French nuclear theory community network
| https://resanet.in2p3.fr/
|-
| ECT*
| European Centre for Theoretical Studies in Nuclear Physics and Related Areas (workshops, programs)
| https://www.ectstar.eu/activities/workshops/
|-
| Institute for Nuclear Theory (INT)
| Theoretical nuclear physics institute, Seattle (workshops, programs, collaborations)
| https://www.int.washington.edu/
|-
| ESNT
| European School on Nuclear Theory (training programs, lectures, schools)
| https://esnt.cea.fr/index.php
|}

Nuclear physics ressources

2026-04-22T13:54:28Z

Gscamps: /* Useful links */

{{Contribute}}

== Database ==

This page gathers commonly used nuclear physics databases, both theoretical and experimental.
It is intended as a quick reference for accessing nuclear structure data, mass models, and reaction data.

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny–HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
| BRUSLIB
| Nuclear data library (masses, level densities, etc.) based on BSkG3 calculations
| https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
| NNDC
| Comprehensive resource for nuclear data
| https://www.nndc.bnl.gov/
|-
| Interactive nuclear chart
| Nuclear chart mainly useful for visualization
| https://people.physics.anu.edu.au/~ecs103/chart/
|-
| JAEA fission data
| Fission yield data
| https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
| EXFOR
| Extensive compilation of experimental nuclear reaction data
| https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
| Atomic Mass Data Center
| https://www-nds.iaea.org/amdc/
|}

=== Useful links ===

{| class="wikitable"
! Resource !! Type / Description !! Link
|-
| GDR RESeda
| French nuclear theory community network
| https://resanet.in2p3.fr/
|-
| ECT*
| European Centre for Theoretical Studies in Nuclear Physics and Related Areas (workshops, programs)
| https://www.ectstar.eu/activities/workshops/
|-
| Institute for Nuclear Theory (INT)
| Theoretical nuclear physics institute, Seattle (workshops, programs, collaborations)
| https://www.int.washington.edu/
|-
| ESNT
| European School on Nuclear Theory (training programs, lectures, schools)
| https://esnt.cea.fr/index.php
|}

Nuclear physics ressources

2026-04-22T13:42:15Z

Gscamps:

{{Contribute}}

== Database ==

This page gathers commonly used nuclear physics databases, both theoretical and experimental.
It is intended as a quick reference for accessing nuclear structure data, mass models, and reaction data.

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny–HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
| BRUSLIB
| Nuclear data library (masses, level densities, etc.) based on BSkG3 calculations
| https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
| NNDC
| Comprehensive resource for nuclear data
| https://www.nndc.bnl.gov/
|-
| Interactive nuclear chart
| Nuclear chart mainly useful for visualization
| https://people.physics.anu.edu.au/~ecs103/chart/
|-
| JAEA fission data
| Fission yield data
| https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
| EXFOR
| Extensive compilation of experimental nuclear reaction data
| https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
| Atomic Mass Data Center
| https://www-nds.iaea.org/amdc/
|}

=== Useful links ===

{| class="wikitable"
! Resource !! Type / Description !! Link
|-
| GDR RESeda
| French nuclear theory community network
| https://resanet.in2p3.fr/
|-
| ECT*
| European Centre for Theoretical Studies in Nuclear Physics and Related Areas (workshops, programs)
| https://www.ectstar.eu/
|-
| Institute for Nuclear Theory (INT)
| Theoretical nuclear physics institute, Seattle (workshops, programs, collaborations)
| https://www.int.washington.edu/
|-
| ESNT
| European School on Nuclear Theory (training programs, lectures, schools)
| https://esnt.cea.fr/index.php
|}

Main Page

2026-04-22T12:47:11Z

Gscamps: /* Purpose */

Main Page

2026-04-22T12:46:27Z

Gscamps:

= L2iT Formation Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Provide accessible introductions to the research topics in the lab
* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
! style="text-align:left;" | Contributing guidelines
|-
| style="padding:12px;" |
'''This wiki is a collective tool — everyone is encouraged to contribute.'''

* Add content even if it is incomplete
* Small contributions are valuable
* Feel free to correct or improve any page
* Clarity is more important than formatting

'''You cannot “break” the wiki: everything can be edited or reverted.'''

''If something is missing or unclear, it is probably worth adding.''
|}

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page
* Explore the Nuclear Physics resources page if relevant

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Particle physics resources

2026-04-22T12:45:41Z

Gscamps: Created page with "{{Contribute}}"

Gravitational waves resources

2026-04-22T12:45:14Z

Gscamps: Created page with "{{Contribute}}"

Computing, algorithms and data resources

2026-04-22T12:45:07Z

Gscamps: Created page with "{{Contribute}}"

Template:Contribute

2026-04-22T12:44:35Z

Gscamps:

{| class="wikitable" style="width:100%; font-size:110%; border:4px solid #36c;"
|-
| style="padding:10px;" |
'''📝 Contribute to this page'''
<br />
This wiki is collaborative — feel free to improve, correct, or extend the content.
Even small contributions are valuable.
|}

Template:Contribute

2026-04-22T12:42:41Z

Gscamps:

{| class="wikitable" style="width:100%; font-size:110%; border-left:6px solid #36c;"
|-
| style="padding:10px;" |
'''This page is part of the L2iT wiki.'''
Feel free to improve, correct, or extend it — even small contributions are welcome.
|}

Nuclear physics ressources

2026-04-22T12:41:34Z

Gscamps:

Template:Contribute

2026-04-22T12:41:10Z

Gscamps: Created page with "{| class="wikitable" style="width:100%; font-size:90%;" |- | style="padding:6px;" | '''This page is part of the L2iT wiki.''' Feel free to improve, correct, or extend it — even small contributions are welcome. |}"

{| class="wikitable" style="width:100%; font-size:90%;"
|-
| style="padding:6px;" |
'''This page is part of the L2iT wiki.'''
Feel free to improve, correct, or extend it — even small contributions are welcome.
|}

Main Page

2026-04-22T12:40:22Z

Gscamps:

= L2iT Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Provide accessible introductions to the research topics in the lab
* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
! style="text-align:left;" | Contributing guidelines
|-
| style="padding:12px;" |
'''This wiki is a collective tool — everyone is encouraged to contribute.'''

* Add content even if it is incomplete
* Small contributions are valuable
* Feel free to correct or improve any page
* Clarity is more important than formatting

'''You cannot “break” the wiki: everything can be edited or reverted.'''

''If something is missing or unclear, it is probably worth adding.''
|}

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page
* Explore the Nuclear Physics resources page if relevant

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Main Page

2026-04-22T12:37:45Z

Gscamps:

= L2iT Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Provide accessible introductions to the research topics in the lab
* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| class="wikitable" style="width:100%;"
|-
| style="padding:12px;" |
'''This wiki is a collective tool — everyone is encouraged to contribute.'''

* Add content even if it is incomplete
* Small contributions are valuable
* Feel free to correct or improve any page
* Clarity is more important than formatting

'''You cannot “break” the wiki: everything can be edited or reverted.'''

''If something is missing or unclear, it is probably worth adding.''
|}

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page
* Explore the Nuclear Physics resources page if relevant

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Main Page

2026-04-22T12:33:10Z

Gscamps:

= L2iT Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Provide accessible introductions to the research topics in the lab
* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| style="width:100%; border:2px solid #2a7fff; background-color:#f5faff;"
|-
| style="padding:12px;" |
'''This wiki is a collective tool — everyone is encouraged to contribute.'''

* Add content even if it is incomplete
* Small contributions are valuable
* Feel free to correct or improve any page
* Clarity is more important than formatting

'''You cannot “break” the wiki: everything can be edited or reverted.'''

''If something is missing or unclear, it is probably worth adding.''
|}

== Research Groups ==

* [[Computing, algorithms and data resources]]
* [[Gravitational waves resources]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics resources]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page
* Explore the Nuclear Physics resources page if relevant

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Main Page

2026-04-22T12:32:17Z

Gscamps:

= L2iT Wiki =

Welcome to the L2iT internal wiki.

This wiki gathers resources, tutorials, and practical knowledge to help newcomers (students, postdocs, visitors) quickly become operational within the laboratory.

== Purpose ==

* Provide accessible introductions to the research topics in the lab
* Share useful resources (databases, codes, tutorials, workflows)
* Facilitate onboarding of new members
* Preserve and transmit knowledge within the group

== Contributing ==

{| style="width:100%; border:2px solid #2a7fff; background-color:#f5faff;"
|-
| style="padding:12px;" |
'''This wiki is a collective tool — everyone is encouraged to contribute.'''

* Add content even if it is incomplete
* Small contributions are valuable
* Feel free to correct or improve any page
* Clarity is more important than formatting

'''You cannot “break” the wiki: everything can be edited or reverted.'''

''If something is missing or unclear, it is probably worth adding.''
|}

== Research Groups ==

* [[Computing, algorithms and data]] —
* [[Gravitational waves]]
* [[Nuclear_physics_ressources|Nuclear Physics resources]]
* [[Particle physics]]

== Resources and Tutorials ==

* [[Numerical tools]] — computing environment, scripts, and practical guides
* [[Database]] — general data resources (cross-group)

== Getting Started ==

If you are new to the lab:

* Start with your group page
* Check the numerical tools page
* Explore the Nuclear Physics resources page if relevant

----

''This wiki evolves continuously — your contributions make it useful for everyone.''

Main Page

2026-04-22T12:28:17Z

Gscamps:

= L2iT Wiki =

Welcome to the L2iT internal wiki.

This wiki is designed as a shared resource for members of the laboratory, in particular newcomers (students, postdocs, visitors). Its goal is to gather useful material, tutorials, and references related to research activities, numerical tools, and everyday scientific work within the lab.

== Purpose ==

* Provide accessible introductions to the different research topics in the lab
* Share practical resources (databases, codes, tutorials, workflows)
* Help newcomers become quickly operational
* Preserve and transmit knowledge within the group

== Contributing ==

{| style="width:100%; border:2px solid #2a7fff; background-color:#f5faff; padding:10px;"
|-
| style="padding:12px;" |
'''This wiki is a collective tool — everyone is encouraged to contribute.'''

* Do not hesitate to add content, even if it is incomplete
* Small contributions are valuable
* You are encouraged to correct and improve existing pages
* Clarity matters more than perfect formatting

'''You cannot “break” the wiki: everything can be edited, corrected, or reverted.'''

''If something is missing or unclear, it is probably worth adding.''
|}

== Research Groups ==

* [[CAD]] — (to be completed)
* [[OG]] — (to be completed)
* [[NP]] — Nuclear Physics
* [[PP]] — (to be completed)

== Resources and Tutorials ==

* [[Numerical tools]] — Training material, software, and practical guides
* [[Database]] — Nuclear physics databases and data resources

== Getting Started ==

If you are new to the lab, you may want to:
* Browse your group’s page
* Check the available numerical tools and tutorials
* Explore the database page for useful references

----

''This wiki evolves continuously — your contributions help make it more useful for everyone.''

Main Page

2026-04-22T12:26:57Z

Gscamps:

= L2iT Wiki =

Welcome to the L2iT internal wiki.

This wiki is designed as a shared resource for members of the laboratory, in particular newcomers (students, postdocs, visitors). Its goal is to gather useful material, tutorials, and references related to research activities, numerical tools, and everyday scientific work within the lab.

== Purpose ==

* Provide accessible introductions to the different research topics in the lab
* Share practical resources (databases, codes, tutorials, workflows)
* Help newcomers become quickly operational
* Preserve and transmit knowledge within the group

== Contributing ==

This wiki is a **collective tool** and relies on contributions from all members.

* Do not hesitate to add new content, even if it is incomplete
* Small contributions are as valuable as large ones
* You can correct, improve, or update any page
* There is no need for perfect formatting — clarity is the priority

''If something is missing or unclear, it is probably worth adding.''

== Research Groups ==

* [[CAD]] — (to be completed)
* [[OG]] — (to be completed)
* [[NP]] — Nuclear Physics
* [[PP]] — (to be completed)

== Resources and Tutorials ==

* [[Numerical tools]] — Training material, software, and practical guides
* [[Database]] — Nuclear physics databases and data resources

== Getting Started ==

If you are new to the lab, you may want to:
* Browse your group’s page
* Check the available numerical tools and tutorials
* Explore the database page for useful references

----

''This wiki evolves continuously — your contributions help make it more useful for everyone.''

Nuclear physics ressources

2026-04-22T12:15:46Z

Gscamps:

== Database ==

This page gathers commonly used nuclear physics databases, both theoretical and experimental.
It is intended as a quick reference for accessing nuclear structure data, mass models, and reaction data.

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny–HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
| BRUSLIB
| Nuclear data library (masses, level densities, etc.) based on BSkG3 calculations
| https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
| NNDC
| Comprehensive resource for nuclear data
| https://www.nndc.bnl.gov/
|-
| Interactive nuclear chart
| Nuclear chart mainly useful for visualization
| https://people.physics.anu.edu.au/~ecs103/chart/
|-
| JAEA fission data
| Fission yield data
| https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
| EXFOR
| Extensive compilation of experimental nuclear reaction data
| https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
| Atomic Mass Data Center
| https://www-nds.iaea.org/amdc/
|}

Nuclear physics ressources

2026-04-22T12:14:13Z

Gscamps:

== Database ==

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny-HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|-
|BRUSLIB
|nuclear data library, mass, nuclear level density, etc.. obtained by BSkG3
|https://www.astro.ulb.ac.be/bruslib/
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|-
|NNDC
|worldwide resource for nuclear data
|https://www.nndc.bnl.gov/
|-
|interactive nuclear chart
|Nuclear chart, mostly useful for visualization
|https://people.physics.anu.edu.au/%7Eecs103/chart/
|-
|JAEA fission data
|Fission yield data
|https://wwwndc.jaea.go.jp/cgi-bin/FPYfig?iso=nPu240&typ=g3&mode=m
|-
|EXFOR
|extensive compilation of experimental nuclear reaction data
|https://www-nds.iaea.org/exfor/exfor.htm
|-
| AMDC
|Atomic Mass Data Center
|https://www-nds.iaea.org/amdc/
|}

Nuclear physics ressources

2026-04-22T11:53:22Z

Gscamps:

Nuclear physics ressources

2026-04-22T11:51:57Z

Gscamps:

Nuclear physics ressources

2026-04-22T11:51:28Z

Gscamps: /* Theory */

== Database ==

== Database ==

=== Theory ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Amedee Gogny-HFB nuclear chart
| Microscopic nuclear chart based on Gogny-HFB calculations
| https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm
|-
| Skyrme mass tables
| Nuclear mass tables based on Skyrme energy density functionals
| https://massexplorer.frib.msu.edu/content/DFTMassTables.html
|}

=== Experiment ===

{| class="wikitable"
! Database !! Description !! Link
|-
| Nudat3
| Easy-to-use nuclear chart with basic experimental information
| https://www.nndc.bnl.gov/nudat3/
|}

=== Experiment ===

* '''Nudat3''' — easy-to-use nuclear chart with basic experimental information
https://www.nndc.bnl.gov/nudat3/

Nuclear physics ressources

2026-04-22T11:50:32Z

Gscamps:

== Database ==

=== Theory ===

* Amedee Gogny-HFB nuclear chart
https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm

* Skyrme mass tables
https://massexplorer.frib.msu.edu/content/DFTMassTables.html

=== Experiment ===

* '''Nudat3''' — easy-to-use nuclear chart with basic experimental information
https://www.nndc.bnl.gov/nudat3/

Nuclear physics ressources

2026-04-22T11:48:37Z

Gscamps:

== Database ==

=== Theory ===

Amedee Gogny-HFB nuclear chart [https://www-phynu.cea.fr/science\_en\_ligne/carte\_potentiels\_microscopiques/carte\_potentiel\_nucleaire.htm](https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm)
-

[Skyrme mass table *https://massexplorer.frib.msu.edu/content/DFTMassTables.html*](https://massexplorer.frib.msu.edu/content/DFTMassTables.html)
{.links-list}

### Experiment

- **Nudat3** easy-to-use nuclear chart with basic experimental information : [https://www.nndc.bnl.gov/nudat3/](https://www.nndc.bnl.gov/nudat3/)

Nuclear physics

2026-04-17T09:38:09Z

Gscamps: Gscamps moved page Nuclear physics to Nuclear physics ressources

#REDIRECT [[Nuclear physics ressources]]

Nuclear physics ressources

2026-04-17T09:38:09Z

Gscamps: Gscamps moved page Nuclear physics to Nuclear physics ressources

== Database ==

=== Theory ===

Amedee Gogny-HFB nuclear chart [https://www-phynu.cea.fr/science\_en\_ligne/carte\_potentiels\_microscopiques/carte\_potentiel\_nucleaire.htm](https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm)
- [Skyrme mass table *https://massexplorer.frib.msu.edu/content/DFTMassTables.html*](https://massexplorer.frib.msu.edu/content/DFTMassTables.html)
{.links-list}

### Experiment

- **Nudat3** easy-to-use nuclear chart with basic experimental information : [https://www.nndc.bnl.gov/nudat3/](https://www.nndc.bnl.gov/nudat3/)

Nuclear physics ressources

2026-04-17T09:31:55Z

Gscamps: test page

== Database ==

=== Theory ===

Amedee Gogny-HFB nuclear chart [https://www-phynu.cea.fr/science\_en\_ligne/carte\_potentiels\_microscopiques/carte\_potentiel\_nucleaire.htm](https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm)
- [Skyrme mass table *https://massexplorer.frib.msu.edu/content/DFTMassTables.html*](https://massexplorer.frib.msu.edu/content/DFTMassTables.html)
{.links-list}

### Experiment

- **Nudat3** easy-to-use nuclear chart with basic experimental information : [https://www.nndc.bnl.gov/nudat3/](https://www.nndc.bnl.gov/nudat3/)

Nuclear physics ressources

2026-04-17T06:41:02Z

Gscamps: Created page with "# Nuclear physics ## Database ### Theory - **Amedee** Gogny-HFB nuclear chart [https://www-phynu.cea.fr/science\_en\_ligne/carte\_potentiels\_microscopiques/carte\_potentiel\_nucleaire.htm](https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm) - [Skyrme mass table *https://massexplorer.frib.msu.edu/content/DFTMassTables.html*](https://massexplorer.frib.msu.edu/content/DFTMassTables.html) {.links-list} ### Experi..."

# Nuclear physics

## Database

### Theory

- **Amedee** Gogny-HFB nuclear chart [https://www-phynu.cea.fr/science\_en\_ligne/carte\_potentiels\_microscopiques/carte\_potentiel\_nucleaire.htm](https://www-phynu.cea.fr/science_en_ligne/carte_potentiels_microscopiques/carte_potentiel_nucleaire.htm)
- [Skyrme mass table *https://massexplorer.frib.msu.edu/content/DFTMassTables.html*](https://massexplorer.frib.msu.edu/content/DFTMassTables.html)
{.links-list}

### Experiment

- **Nudat3** easy-to-use nuclear chart with basic experimental information : [https://www.nndc.bnl.gov/nudat3/](https://www.nndc.bnl.gov/nudat3/)