The Hierarchy Problem in particle physics refers to the enormous disparity between the gravitational scale (characterized by the Planck mass at approximately 10^19 GeV) and the electroweak scale (characterized by the Higgs mass at approximately 125 GeV), a difference of roughly 17 orders of magnitude. In the Standard Model coupled with Lambda-CDM cosmology, quantum corrections to the Higgs mass should naturally drive it up to the Planck scale unless there is extraordinarily precise fine-tuning of parameters to cancel these corrections to one part in 10^34, which appears deeply unnatural and suggests either missing physics or a fundamental misunderstanding of how gravity and quantum field theory interact at cosmological scales (Susskind 1979; Wells 2012). The problem is exacerbated in Lambda-CDM because the framework assumes a singular hot dense origin at Planck-scale energies where all forces should be unified, making it mysterious why the universe evolved to exhibit such wildly different force strengths today without any mechanism to naturally separate these scales.