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Determine if the following text contains a data availability statement. Answer with 'yes' or 'no'.

Text: One important open question in the Standard Model of Particle Physics is the understanding of the strong interaction theory -Quantum Chromodynamics ( QCD ) -in the regime of high energies [ 1 ] . In this regime , hadrons are characterized by a large number of gluons and sea quarks , which form a system with a high partonic density . In particular , it is expected that non -linear interactions , associated to e.g. gluonic recombination gg → g , becomes important and should not be disregarded in the description of the partonic evolution [ 2 ] . As a consequence , the transition between the linear and non -linear regimes of the QCD dynamics is expected to occur with the growth of the energy and/or parton density . This transition is described by the saturation scale Q s , which defines the onset of the non -linear effects . During the last decades , several approaches have been developed to study QCD dynamics at high energies ( For recent reviews see , e.g. Ref . [ 1 ] ) . The formalism of the Color Glass Condensate ( CGC ) [ 3 ] is the current state -of -the -art of the theory of partons in the high density regime . This formalism provides a unified description of inclusive and exclusive observables in ep / pp / pA / AA collisions , which satisfactorily describes the existing experimental data . However , as these experimental data can also be described by alternative approaches , it is important to search for observables and/or processes that can discriminate between these distinct descriptions of QCD at high energies . One of the most promising processes is exclusive vector meson photoproduction in hadronic collisions , proposed originally in Ref . [ 4 ] and significantly developed over the last years ( See , e.g. Refs . [ 5][6][7][8][9][10][11][12][13][14 ] ) . As the amplitude for this process is driven by the gluon content of the target , its cross section is strongly sensitive to the underlying QCD dynamics . The study of exclusive vector meson photoproduction in pp / pA / AA collisions , as well as other photon -induced processes [ 15 ] , became a reality in the last years [ 16][17][18][19][20][21][22][23][24 ] and data from the Run 2 of the LHC are expected to be released soon ( For a recent review see [ 25 ] ) .<|eot_id|><|start_header_id|>assistant<|end_header_id|>

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