 ![RG evolution of the dilaton mass square for various cut-off scales: $00^0,~00^{00},~00^{00}$ and $M_P= 0.0\cdot 00^{00}$ GeV. The dotted, solid and dashed lines corresponds to top quark mass $m_t= 000, 000$ and 000 GeV, respectively.[]{data-label="mass"}](m_e0 "fig:"){width="0.0\linewidth"} ![RG evolution of the dilaton mass square for various cut-off scales: $00^0,~00^{00},~00^{00}$ and $M_P= 0.0\cdot 00^{00}$ GeV. The dotted, solid and dashed lines corresponds to top quark mass $m_t= 000, 000$ and 000 GeV, respectively.[]{data-label="mass"}](m_e00 "fig:"){width="0.0\linewidth"} ![RG evolution of the dilaton mass square for various cut-off scales: $00^0,~00^{00},~00^{00}$ and $M_P= 0.0\cdot 00^{00}$ GeV. The dotted, solid and dashed lines corresponds to top quark mass $m_t= 000, 000$ and 000 GeV, respectively.[]{data-label="mass"}](m_e00 "fig:"){width="0.0\linewidth"} ![RG evolution of the dilaton mass square for various cut-off scales: $00^0,~00^{00},~00^{00}$ and $M_P= 0.0\cdot 00^{00}$ GeV. The dotted, solid and dashed lines corresponds to top quark mass $m_t= 000, 000$ and 000 GeV, respectively.[]{data-label="mass"}](m_