CGT - Phase Transition Temperatures from Information Geometry: Electroweak and QCD Crossover Predictions

Key Points

• The goal is to predict the phase transition temperatures for electroweak and QCD using information geometry.
• Utilized information geometry to calculate phase transition temperatures.
• Derived formulas for electroweak and QCD temperatures based on parameters Y_H, Y, and N_gen.
• Compared results against lattice calculation benchmarks to assess accuracy.
• Predicted T_EW at 159 GeV with a 0.31% error.
• Predicted T_QCD at 156 MeV with a 0.32% error.
• Results show strong alignment with lattice calculations, both under 1% error.