 Various solutions to the naturalness problem for the Higgs mass have been proposed in the form of theoretical alternatives to the Standard Model. In supersymmetry (see Martin [1998] for an introduction), contributions to \(\Delta m_{\FH}^{2}\) from supersymmetric partner particles can compensate the contribution from heavy fermions such as the top quark and thereby eliminate the fine-tuning problem. However, supersymmetric theories with this feature appear to be disfavoured by more recent experimental results, notably from the Large Hadron Collider (Draper et al. 2012). Other suggested solutions to the naturalness problem for the Higgs particle include so-called Technicolour models (Hill &amp; Simmons 2003), in which the Higgs particle is replaced by additional fermionic particles, models with large extra dimensions, where the hierarchy between the Higgs mass and the Planck scale is drastically diminished (Arkani-Hamed et al. 1998), and models with so-called warped extra dimensions (Randall &amp; Sundrum 1999).