Research Article

Solving Schrödinger Wave Equation for the Charmonium Spectrum Using Artificial Neural Networks

Table 1

Comparison of our calculated masses of ground and radially excited states of charmonium mesons using an artificial neural network with other predicted theoretical and experimental results.

MesonOur calculated mass using an artificial neural network (GeV)Theoretical mass [53] using the shooting method (GeV)Theoretical mass [54] with NR potential model (GeV)Exp. mass (GeV) [55]

1S0002.981012.98162.982
0113.09533.089993.090
2S0003.638903.63033.630
0113.686113.67183.672
3S0004.04304.04324.043
0114.040004.07164.072 [54]
4S0004.384004.38374.384
0114.415004.40614.406 [54]
1P1013.52553.51563.516
1103.41493.42333.424
1113.510703.50053.505
1123.55833.54903.556
2P1013.93443.93363.934
1103.85193.87153.852
1113.92563.92033.925
1123.92723.96483.972
3P1014.2794.27934.279
1104.2024.22954.202
1114.266954.26634.271
1124.31714.30934.317
4P1014.585004.5851
1104.54254.5424
1114.572014.5720
1124.61414.6141
1D2023.7990013.79943.799
2113.76993.78053.785 [54]
2123.80003.80023.800
2133.80603.80533.806
2D2024.15804.15764.158
2114.15904.13634.142 [54]
2124.1584.15804.158
2134.1674.16554.167
3D2024.47184.4718
2114.44924.4492
2124.47044.4719
2134.48164.4810
4D2024.75624.7574
2114.733884.7339
2124.75734.7573
2134.76754.7675
1F3034.02524.02564.026
3124.2834.02834.029
3134.028714.02874.029
3144.02164.02124.021
2F3034.349934.34994.350
3124.346314.34944.351
3134.35224.35224.352
3144.34494.34764.348
3F3034.642924.6429
3124.640314.6403
3134.644934.6448
3144.64224.6422
4F3034.913714.9137
3124.909574.9095
3134.915354.9153
3144.914094.9141