  Conventionally invariant mass or transverse momentum techniques have been
used to probe for any formation of some exotic or unusual resonance states in
high energy collision. In this work, we have applied symmetry scaling based
complex network approach to study exotic resonance/hadronic states utilizing
the clustering coefficients and associated scaling parameter extracted with the
complex network based technique of Visibility Graph. We have analyzed the data
of Pb-Pb collision data sample at 2.76 TeV from ALICE Collaboration and
analyzed different patterns of symmetry scaling, scale-freeness, correlation
and clustering among the produced particles. This is a chaos-based complex
network technique where simple parameters like Average Clustering Coefficient
and Power of Scale-freeness of Visibility Graph(PSVG) may hint at formation of
some exotic or unusual resonance states without using conventional methods.
From this experiment we may infer that highest range of Average clustering
coefficient, might be the resonance states/clusters from where the hadronic
decay might have occurred and few clusters with highest value of this parameter
may indicate that those clusters may be the ancestors of some strange
particles. There have also been extensive study of dilepton production since
the study of lepton pair generation in Drell-Yan processes is immensely
important as these processes enable us to validate the Standard Model-SM
predictions for the fundamental particles interaction at the new energy region
and also to probe for new physics beyond SM. Hence we have applied the same
methodology and extracted the same parameters for p-p collision data at 8TeV
from CMS, to detect possible resonance states eventually generating lepton
pairs.
