Why is the Higgs scale so much smaller than the Planck scale? (The hierarchy problem)
The puzzle is both a large ratio and a question of stability. The Higgs scale is tiny compared with the scale associated with quantum gravity, while a scalar mass can be sensitive to higher-energy physics. OPH's proposed direction is to derive the particle and gravitational scales from one finite observer construction, rather than assign an independent continuum cutoff and tune a cancellation against it. Candidate exponential relations illustrate how a large separation might arise from moderate inputs. They become an explanation only when those inputs, physical scales and their stability are justified. A finite carrier by itself does not solve the hierarchy problem, and a numerical coupling chain with supplied running laws does not establish an unfitted Higgs mass.
See also Why is gravity so weak compared with the other forces?, What does the Higgs field do?, Why do particles have the masses they have?
Sources: CERN: where does the Higgs boson come from?; Particles from Native Overlap Transport
Also in Chapter 30: Why Do the Masses Land Where They Do?, Chapter 33: Why Was Every Open Problem the Same Problem?.
This answer comes from OPH, Observer Patch Holography. OPH is a rigorous, consistent and complete description of the unified, self-creating computational Universe we inhabit. Its consistency is machine-checked: the fixed point at its core is constructed explicitly, and a theory with a model contains no contradiction.
To understand OPH and check every step yourself, start with the free book Reverse Engineering Reality. It builds the theory from the ground up, and the OPH Notebook answers your questions while you read.
read the free bookask the notebookor ask sage:read chapter 28: What Is a Particle, What Is a Wave, and Why Does It Look Like Both?watch a universe make its own particles