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Student Projects in Nuclear Physics (view source)
Revision as of 21:30, 16 August 2023
, 21:30, 16 August 2023→Other Venues
<font size="-1"><i>This work is supported by the U.S. National Science Foundation under grant 1812415</i></font>
<font size="-1"><i>This work is supported by the U.S. National Science Foundation under grant 2209480</i></font>
<b>The following talk was presented by group member Eric Ercolani to the UConn Frontiers in Undergraduate Research in April, 2021.</b>
{{#widget:Video|url=https://zeus.phys.uconn.edu/wiki/images/Ercolani_frontiers_presentation_2021.mp4|width=800|height=480}}
{{#widget:Video|url=https://zeus.phys.uconn.edu/wiki/images/Ercolani_frontiers_presentation_2021.mp4|width=800|height=480}}
== Student pages ==
== Student pages ==
=== Student Videos on Data Analysis Techniques ===
* [[ROOT Data Analysis Framework Overview]] - [[User: mcintyre|James McIntyre]]
=== Tagger Microscope Installation and Commissioning ===
=== Tagger Microscope Installation and Commissioning ===
* [[Tagger Microscope Status]] - [[User: barnes|Alex Barnes]]
* [[Tagger Microscope Status]] - [[User: barnes|Alex Barnes]]
===Other Venues===
===Other Venues===
* [[media:Frontiers_Poster_Ercolani.pdf|Applying Machine Learning to Particle Detectors]] ([[media:Frontiers_powerpoint_Ercolani.pdf|PowerPoint]], [https://drive.google.com/drive/folders/13wv5hE2CXHR7TEt69Q3iSIDmsrd0iQxh?usp=sharing video]), ''[[User: Ercolani|Alexander Ercolani]]'', Frontiers in Undergraduate Research 2021, Physics Department, University of Connecticut, March 2021.
* [[media:pid_using_bdt-11-12-2023.pptx|PID using Boosted Decision Trees on Particle Gun Data (Powerpoint)]] ([[media:pid_using_bdt-11-12-2023.pdf|pdf]]), Richard Dube, GlueX Particle Identification Working Group, November 12, 2023.
* [[media:Frontiers_Poster_Ercolani.pdf|Applying Machine Learning to Particle Detectors]] ([[media:Frontiers_powerpoint_Ercolani.pdf|pdf]], [https://drive.google.com/drive/folders/13wv5hE2CXHR7TEt69Q3iSIDmsrd0iQxh?usp=sharing video]), ''[[User: Ercolani|Alexander Ercolani]]'', Frontiers in Undergraduate Research 2021, Physics Department, University of Connecticut, March 2021.
* [[media:mokaya-UConnGradPoster-4-2016.pdf|Spin density matrix elements for radiative decays of the omega meson in photoproduction at 5 GeV]], ''[[User: Mokaya|Fridah Mokaya]]'', poster, Annual Graduate Research Exhibition, Physics Department, University of Connecticut, March 11, 2016.
* [[media:mokaya-UConnGradPoster-4-2016.pdf|Spin density matrix elements for radiative decays of the omega meson in photoproduction at 5 GeV]], ''[[User: Mokaya|Fridah Mokaya]]'', poster, Annual Graduate Research Exhibition, Physics Department, University of Connecticut, March 11, 2016.
* [[media:pratt-UConnGradPoster-4-2016.pdf|Diamond Radiator Fabrication and Characterization for the GlueX Experiment]], ''[[User: Bpratt18|Brendan Pratt]]'', poster, Annual Graduate Research Exhibition, Physics Department, University of Connecticut, March 11, 2016.
* [[media:pratt-UConnGradPoster-4-2016.pdf|Diamond Radiator Fabrication and Characterization for the GlueX Experiment]], ''[[User: Bpratt18|Brendan Pratt]]'', poster, Annual Graduate Research Exhibition, Physics Department, University of Connecticut, March 11, 2016.
== Tutorials ==
== Tutorials ==
* [[Private:ROOT Data Analysis Framework Overview | ROOT Data Analysis Framework Overview (Under Construction)]] - [[User: mcintyre|James McIntyre]]
=== Data Science Applications ===
* [https://cn410.storrs.hpc.uconn.edu/tutorials UConn Data Science Tutorials] - Eric Habjan
=== ROOT Data Analysis Framework ===
* [[ROOT Data Analysis Framework Overview | ROOT Data Analysis Framework Overview]] - [[User: mcintyre|James McIntyre]]
=== 3D Printing ===
* [[Private:How to 3D Print | How to 3D Print (Under Construction)]] - [[User: mcintyre|James McIntyre]], [[User: Willis|Ben Willis]]
* [[Private:How to 3D Print | How to 3D Print (Under Construction)]] - [[User: mcintyre|James McIntyre]], [[User: Willis|Ben Willis]]
=== Machine Learning ===
* [[Python | Python: Programming Language]] - [[User: mcintyre|James McIntyre]]
* [[SciPy | SciPy (Scientific Python): Open-source Library]] - [[User: mcintyre|James McIntyre]]
* [[NumPy | NumPy (Numerical Python): Open-source Library]] - [[User: mcintyre|James McIntyre]]
* [[Pandas | Pandas: Data Handling in Python]] - [[User: mcintyre|James McIntyre]]
* [[Keras | Keras: Deep Learning Framework]] - [[User: mcintyre|James McIntyre]]
* [[TensorFlow | TensorFlow Decision Forests]] - [[User: mcintyre|James McIntyre]]
* [[Kaggle | Kaggle: No-setup, customizable, Jupyter Notebooks environment]] - [[User: mcintyre|James McIntyre]]
* [[SVM | SVM: Support Vector Machines]] - [[User: mcintyre|James McIntyre]], Eric Habjan
=== GitHub Repository ===
* [[GitHub | GitHub: Data Backup]] - [[User: mcintyre|James McIntyre]]
== Help ==
== Help ==
* Jefferson Lab Accelerator Schedule [[media:JLabThree-YearSchedule.pdf|2014-2016]], [[media:JLabThree-YearSchedule2.pdf|2016-2018]]
* Jefferson Lab Accelerator Schedule [[media:JLabThree-YearSchedule.pdf|2014-2016]], [[media:JLabThree-YearSchedule2.pdf|2016-2018]]
* [[JLab Module Manuals|JLab VME Module Manuals]]
* [[JLab Module Manuals|JLab VME Module Manuals]]
* [[Video: Introduction to GlueX by Prof. Curtis Meyer]]
== Safety Resources ==
== Safety Resources ==
* [https://docs.google.com/spreadsheets/d/1QrP9avFvB7SAJM8cn0O1tRAdHM4H14bubLpcG-yVQlU/edit?usp=sharing Chemical Inventory P-403 and P-405]
* [https://docs.google.com/spreadsheets/d/1QrP9avFvB7SAJM8cn0O1tRAdHM4H14bubLpcG-yVQlU/edit?usp=sharing Chemical Inventory P-403 and P-405]