  In this study, we explore the ground state phase diagram of the spin-1/2 XX
chain model, which features $XZY-YZX$ type three-spin interactions (TSI). This
model, while seemingly simple, reveals a rich tapestry of quantum behaviors.
Our analysis relies on several key metrics. The '$l_1$-norm of coherence' helps
us identify coherent states within the phase diagram, which represent states
capable of superposition and interference. We employ the 'spin squeezing
parameter' to pinpoint unique coherent states characterized by isotropic noise
in all directions, making them invaluable for quantum metrology. Additionally,
we utilize the 'entanglement entropy' to determine which of these coherent
states exhibit entanglement, indicating states that cannot be fully described
by local variables. Our research unveils diverse regions within the phase
diagram, each characterized by coherent, squeezed, or entangled states,
offering insights into the quantum phenomena underling these systems. We also
study the critical scaling versus the system size for the mentioned quantities.
