The Taichu Formula Challenges Modern Physics: Mass-Energy Non-Equivalence, Exact Calculation of the Higgs Mass, and Fundamental Errors of the Standard Model

Modern physics has spent over a century and hundreds of billions of dollars building particle accelerators and developing sophisticated mathematical tools, yet it still cannot predict the Higgs boson mass from first principles. The Standard Model treats this as a "free parameter" requiring experimental input. In contrast, the Taichu Formula calculates the Higgs mass exactly using elementary arithmetic: the vacuum expectation value minus the Pythagorean sum of the W and Z boson masses, plus a spacetime correction term, yields 125.1 GeV—in perfect agreement with CERN measurements, with zero error. This simple calculation reveals a fundamental flaw in modern physics: the violation of energy conservation, masked by fine-tuning. We trace this error to Einstein's mass-energy equivalence formula and the Standard Model's assumption of spontaneous symmetry breaking, proposing instead the Taichu Principle: symmetry never existed.