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We construct photon modulated coherent states of a generalized isotonicoscillator by expanding the newly introduced superposed operator through Weylordering method. We evaluate the parameter $A_3$ and the $s$-parameterizedquasi probability distribution function to confirm the non - classical natureof the states. We also calculate the identities related with the quadraturesqueezing to explore the squeezing property of the states. Finally, weinvestigate the fidelity between the photon modulated coherent states andcoherent states to quantify the non-Gaussianity of the states. The constructedstates and their associated non - classical properties will add furtherknowledge on the potential.

Photon modulated coherent states of a generalized isotonic oscillator by Weyl ordering and their non-classical properties