Introducing the story of two physicists who made an accurate but ignored prediction about the Higgs boson mass.

• Two physicists predicted the mass of the Higgs boson before its discovery.
• The Higgs boson, as part of the Standard Model, was confirmed in 2012 at the LHC.

Describing the role of the Higgs boson in particle physics and its significance for the Standard Model.

• The Higgs boson was the last particle to be discovered in the Standard Model.
• Physicists had a lower mass bound due to previous experiments and theoretical upper bounds.

Connecting the Higgs boson's mass to the feasibility of quantum gravity theories.

• The mass of the Higgs boson affects the extrapolation to higher energies in quantum gravity.
• Shaposhnikov and Vish's prediction implied that quantum gravity could work with a mass of 126 GV ± 2.2.

Analyzing the precision of the prediction and its lack of impact despite being correct.

• The prediction wasn't highly precise due to the difficulty of the calculation and uncertainties in particle masses.
• Despite the correct prediction, the scientific community didn't give it much attention.

Discussing the history and theoretical progress in the field of quantum gravity.

• Asymptotically safe gravity emerged as a potential solution for quantum gravity.
• This theory suggests that quantum gravity's issues might not be as complex as previously thought.

Concluding thoughts on the Higgs boson mass prediction and its implications for physics.

• The correct prediction of the Higgs boson mass suggests a simpler solution for quantum gravity may exist.
• Physicists perhaps prefer more exotic solutions over the straightforward extrapolation.

Promoting Brilliant.org as a platform for learning science, computer science, and mathematics.

• Brilliant.org offers interactive courses on various scientific and mathematical topics.
• The platform provides a convenient and engaging way to understand science.