ATLAS WPath 2015 Masterclass dataset 2

ATLAS Collaboration

Collection

ATLAS Derived Datasets

Description

A dataset of 1000 event display files accessible via MINERVA as part of the Masterclasses W-Path. The events were recorded in 2011 by the ATLAS detector.

Characteristics

Dataset: 20files 1000events 241.1 MB in total

Indexes

ATLAS_MasterclassDatasets_WPath_2015_dataset_2_file_index.txt

Size: 1.7 kB

Description:ATLAS Masterclass WPath 2015 dataset 2 file index

Files

2A.zipxrootd

Size: 13.0 MB
Please note that the file you are going to download (2A.zip) is 13013826 bytes big. On an average ADSL connection, it may take long to download it (about 1 minute at 1Mbps).

Moreover, if you use one of the provided Virtual Machines to perform your analyses, then you don't need to download datasets manually, because the VM will fetch all the necessary file chunks via the XRootD protocol.

Manual download of files via HTTP is only necessary if you would prefer not to use the XRootD protocol for one reason or another.

Yes, I understood.
2B.zipxrootd

Size: 11.7 MB
Please note that the file you are going to download (2B.zip) is 11681324 bytes big. On an average ADSL connection, it may take long to download it (about 1 minute at 1Mbps).

Moreover, if you use one of the provided Virtual Machines to perform your analyses, then you don't need to download datasets manually, because the VM will fetch all the necessary file chunks via the XRootD protocol.

Manual download of files via HTTP is only necessary if you would prefer not to use the XRootD protocol for one reason or another.

Yes, I understood.
2C.zipxrootd

Size: 11.9 MB
Please note that the file you are going to download (2C.zip) is 11854024 bytes big. On an average ADSL connection, it may take long to download it (about 1 minute at 1Mbps).

Moreover, if you use one of the provided Virtual Machines to perform your analyses, then you don't need to download datasets manually, because the VM will fetch all the necessary file chunks via the XRootD protocol.

Manual download of files via HTTP is only necessary if you would prefer not to use the XRootD protocol for one reason or another.

Yes, I understood.
2D.zipxrootd

Size: 13.0 MB
Please note that the file you are going to download (2D.zip) is 13002341 bytes big. On an average ADSL connection, it may take long to download it (about 1 minute at 1Mbps).

Moreover, if you use one of the provided Virtual Machines to perform your analyses, then you don't need to download datasets manually, because the VM will fetch all the necessary file chunks via the XRootD protocol.

Manual download of files via HTTP is only necessary if you would prefer not to use the XRootD protocol for one reason or another.

Yes, I understood.
2E.zipxrootd

Size: 11.4 MB
Please note that the file you are going to download (2E.zip) is 11415267 bytes big. On an average ADSL connection, it may take long to download it (about 1 minute at 1Mbps).

Moreover, if you use one of the provided Virtual Machines to perform your analyses, then you don't need to download datasets manually, because the VM will fetch all the necessary file chunks via the XRootD protocol.

Manual download of files via HTTP is only necessary if you would prefer not to use the XRootD protocol for one reason or another.

Yes, I understood.

Files 1 - 5 out of 20

How can you use these data?

The dataset can be analysed by using MINERVA, which can be found on the linked site in the section "Measurement". There you will also find a tally sheet and links to instructions on how to analyse the data found in the dataset. The section "Identifying Pariticles" will show how to find out which detector signature hints at which particle. "Identifying Events" details how to categorise events. Using the knowledge of these two sections, one can use the prescriptions in "Measurement" to find out how the proton is structured and to hunt for the Higgs particle.

http://atlas.physicsmasterclasses.org/en/wpath_ziele.htm

Disclaimer

The open data are released under the Creative Commons CC0 waiver. Neither ATLAS nor CERN endorse any works, scientific or otherwise, produced using these data.
All releases will have a unique DOI that you are requested to cite in any applications or publications.

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