We present a novel cyclic cosmological framework that resolves fundamental issues in standard cosmology through the integration of conformal geometry, quantum gravity effects, and holographic principles. The Phantom-Quantum Bounce (PQB) Cycle model incorporates: 1) A dynamically evolving phantom field with multi-component potential that drives cyclic expansion-contraction phases, 2) Loop Quantum Gravity corrections that eliminate the initial singularity through a well-defined quantum bounce, and 3) An entropy reset mechanism via ER=EPR-based disentanglement of soft hair degrees of freedom at the conformal boundary. The model makes three distinctive predictions testable with near-future observations: a CMB temperature correlation function exhibiting double-ring anisotropies, a dark energy equation-of-state parameter w0 = -1.2 ± 0.05, and anomalous redshift drift at z ~ 4 that exceeds ΛCDM predictions by an order of magnitude. Numerical verification confirms the model's mathematical consistency despite its unconventional development pathway.