S. Caron, J.S. Kim, K. Rolbiecki, R. Ruiz de Austri and B. Stienen, The BSM-AI project: SUSY-AI - Generalizing LHC limits on Supersymmetry with Machine Learning [arXiv:1605.02797]
SUSY-AI is a machine learning tool that is able to provide in a fraction of a second the exclusion of a pMSSM (sub)model point. This website provides a simple online interface for quick determination of exclusion of a model point using the results of ATLAS Run-I (8TeV) and ATLAS Run-II (13TeV). The papers associated with this data can be found here.
The full version of SUSY-AI is faster and can provide predicions for multiple modelpoints at the same time. It is under continuing active development and can be downloaded from the hepforge project page.
Classify alongside SUSY-AI and see how good a classifier you are
Below you'll find 10 points in the 19-dimensional pMSSM, defined by their coordinates. Based on these coordinates you could be able to classify each of them as excluded or allowed. You could... but are you able to this correctly for the 13TeV results? And are you able to beat the machine in doing so? Start classifying to find out!
P.S. Every refresh of this page gives you new points to predict!
1
M_1
2,924.48
M_2
613.26
M_3
1,260.55
mL1
1,955.50
mL3
3,293.76
mE1
2,274.08
mE3
2,521.12
mQ1
667.33
mQ3
974.59
mU1
2,083.60
mU3
2,522.34
mD1
3,099.38
mD3
3,254.94
At
-4,672.16
Ab
1,298.13
Atau
-1,028.94
mu
-1,672.21
mA
2,212.83
tan(beta)
6.65
The truth!
2
M_1
1,434.10
M_2
-2,662.08
M_3
1,753.16
mL1
200.51
mL3
3,279.77
mE1
879.07
mE3
2,677.35
mQ1
1,400.67
mQ3
3,781.11
mU1
3,044.59
mU3
3,818.26
mD1
2,892.73
mD3
1,614.51
At
-5,387.51
Ab
-2,779.95
Atau
1,905.41
mu
-224.14
mA
2,940.77
tan(beta)
30.85
The truth!
3
M_1
-3,551.82
M_2
-1,762.83
M_3
2,173.23
mL1
1,535.60
mL3
2,129.42
mE1
2,911.44
mE3
3,181.92
mQ1
2,942.56
mQ3
3,038.72
mU1
1,314.47
mU3
2,854.96
mD1
919.71
mD3
2,210.05
At
3,697.56
Ab
1,153.40
Atau
-3,371.44
mu
220.20
mA
675.67
tan(beta)
7.17
The truth!
4
M_1
453.91
M_2
-409.11
M_3
3,867.96
mL1
1,124.98
mL3
3,079.33
mE1
1,243.70
mE3
3,024.47
mQ1
1,496.58
mQ3
3,369.47
mU1
1,958.92
mU3
1,998.89
mD1
2,755.13
mD3
3,519.65
At
-2,691.71
Ab
3,324.41
Atau
814.23
mu
-328.38
mA
1,489.86
tan(beta)
12.42
The truth!
5
M_1
2,961.80
M_2
-517.11
M_3
3,186.70
mL1
1,953.20
mL3
3,649.45
mE1
3,064.79
mE3
3,263.66
mQ1
3,345.65
mQ3
1,901.98
mU1
822.34
mU3
1,143.60
mD1
1,941.14
mD3
3,157.69
At
-2,788.69
Ab
-1,581.52
Atau
2,537.20
mu
1,815.67
mA
3,414.67
tan(beta)
30.43
The truth!
6
M_1
-617.80
M_2
-1,877.38
M_3
2,745.56
mL1
2,686.97
mL3
789.36
mE1
2,220.02
mE3
1,484.73
mQ1
2,963.48
mQ3
3,048.91
mU1
3,914.87
mU3
1,739.89
mD1
3,483.72
mD3
3,752.78
At
-3,260.11
Ab
-607.91
Atau
-2,818.87
mu
829.18
mA
1,193.60
tan(beta)
27.94
The truth!
7
M_1
-397.07
M_2
-2,589.93
M_3
2,853.44
mL1
3,664.97
mL3
2,534.14
mE1
953.79
mE3
3,918.08
mQ1
524.37
mQ3
702.87
mU1
3,960.16
mU3
2,978.67
mD1
2,492.18
mD3
2,574.00
At
2,762.23
Ab
-1,342.05
Atau
3,581.83
mu
2,843.70
mA
3,216.24
tan(beta)
41.33
The truth!
8
M_1
-1,154.81
M_2
-2,054.30
M_3
3,434.41
mL1
1,216.27
mL3
3,750.66
mE1
1,176.52
mE3
1,508.37
mQ1
1,421.24
mQ3
2,882.60
mU1
508.80
mU3
3,240.63
mD1
3,122.11
mD3
3,641.78
At
4,077.28
Ab
-886.29
Atau
-3,368.78
mu
-135.31
mA
3,142.29
tan(beta)
47.26
The truth!
9
M_1
1,351.43
M_2
-1,189.13
M_3
2,811.54
mL1
2,341.19
mL3
2,387.46
mE1
599.97
mE3
1,891.41
mQ1
2,501.07
mQ3
3,184.27
mU1
1,886.42
mU3
1,023.48
mD1
1,881.50
mD3
2,647.38
At
2,772.47
Ab
-2,825.64
Atau
-3,108.92
mu
583.03
mA
1,693.80
tan(beta)
41.81
The truth!
10
M_1
-332.48
M_2
1,067.73
M_3
2,101.87
mL1
2,956.07
mL3
224.85
mE1
2,317.49
mE3
3,288.05
mQ1
356.97
mQ3
3,630.92
mU1
3,511.66
mU3
2,882.29
mD1
424.80
mD3
3,998.84
At
-5,342.17
Ab
2,683.82
Atau
696.45
mu
240.16
mA
1,162.82
tan(beta)
7.59
The truth!
SUSY-AI and SUSY-AI Online were developed by S. Caron, J.S. Kim, K. Rolbiecki, R. Ruiz de Austri and B. Stienen. If you encounter any problems, don't hesitate to contact us! SUSY-AI and SUSY-AI Online (c) 2017
