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Higgs-Top Cost Structure Question Status Key Discovery Round 1 Step 1. Banya Equation Step 2. Norm Substitution Step 3. Constant Insertion Step 4. Domain Transform Step 5. Discovery By-products Incomplete Tasks Summary
Higgs-Top Cost Structure
Higgs-Top Cost Structure Question Status Key Discovery Round 1 Step 1. Banya Equation Step 2. Norm Substitution Step 3. Constant Insertion Step 4. Domain Transform Step 5. Discovery By-products Incomplete Tasks Summary

This document is a sub-report of the Banya Framework Master Report.

Higgs-Top Cost Structure

Banya Framework Operation Report

Inventor: Han Hyukjin (bokkamsun@gmail.com)

Date: 2026-03-25

Question: Why do the Higgs self-coupling and Higgs-top mass ratio have these values

The Higgs boson was discovered at the LHC in 2012, but the Standard Model cannot explain why the Higgs self-coupling constant $\lambda_H$ is approximately 0.13. The Standard Model leaves $\lambda_H$ as a free parameter. Likewise, why $m_H \approx 125$ GeV and why the ratio to the top quark mass $m_t \approx 172$ GeV is $\approx 0.72$ remain unexplained. These three values are interrelated yet their origin is unknown.

Analogy: the room size (Higgs mass), pillar thickness (top mass), and wall thickness (self-coupling) of a building are fixed, but there is no blueprint explaining why these proportions.

Status

Hit

D-24 error 0.16%, D-25 error 0.10% (0.7$\sigma$), D-37 error 0.73% (D-24, D-16 assumed). All three values determined by CAS numbers $7$ and $27=3^3$.

Key Discovery

D-24: Higgs Self-Coupling Constant

$\lambda_H = \dfrac{7}{54} = \dfrac{7}{2 \cdot 3^3} = 0.12963$

Observed: 0.1293, Error: 0.16%

$7$ = CAS complete value, $54 = 2 \times 27 = 2 \times 3^3$. The Higgs self-coupling is determined by the ratio of CAS numbers.

D-25: Higgs Boson Mass

$m_H = v\sqrt{\dfrac{7}{27}} = 125.37\;\text{GeV}$

Observed: 125.25 GeV, Error: 0.10% (0.7$\sigma$)

Directly derived from D-24. Multiplying the vacuum expectation value $v = 246.22$ GeV by $\sqrt{7/27}$ yields the Higgs mass.

D-37: Higgs-Top Mass Ratio

$\dfrac{m_H}{m_t} = \sqrt{\dfrac{14}{27}}$

Derived: $\sqrt{14/27} = 0.7200$, Observed: $125.25/172.69 = 0.7253$, Error: 0.73% (D-24, D-16 assumed)

$14 = 2 \times 7$, $27 = 3^3$. The Higgs-top cost ratio is determined by CAS numbers.

Round 1. Deriving Higgs Parameters from CAS Cost Structure

Step 1. Banya Equation

$\delta^2 = (\text{time} + \text{space})^2 + (\text{observer} + \text{superposition})^2$

This round uses the cost structure of CAS operations. In the Banya equation, the cost of the observer writing state (CAS) manifests as the Higgs self-coupling.

Step 2. Norm Substitution

From the CAS cost structure, substitute complete value $7$ and lattice volume $3^3 = 27$ into physical coupling constants.

$\lambda_H = \dfrac{\text{CAS complete value}}{2 \times \text{lattice volume}} = \dfrac{7}{2 \times 3^3}$
$7$: CAS complete value | $3^3$: 3D lattice volume | $2$: dual-axis cost

Step 3. Constant Insertion

CAS complete value: 7
Lattice volume: 3^3 = 27
Dual-axis cost: 2
Vacuum expectation value: v = 246.22 GeV
Higgs mass relation: m_H = v * sqrt(2 * lambda_H)
Top quark mass: m_t = 172.69 GeV (observed)

Step 4. Domain Transform

From $\lambda_H = 7/54$, derive the Higgs mass and Higgs-top ratio.

$\lambda_H = \dfrac{7}{54} = 0.12963$
$m_H = v\sqrt{2\lambda_H} = 246.22 \times \sqrt{\dfrac{7}{27}} = 125.37\;\text{GeV}$
$\dfrac{m_H}{m_t}$: Derived $\sqrt{\dfrac{14}{27}} = 0.7200$, Observed $\dfrac{125.25}{172.69} = 0.7253$
All three values emerge from the CAS numbers $7$ and $27$.

Step 5. Discovery

D-24: Derived $\lambda_H = 0.12963$ | Observed $0.1293$ | Error $0.16\%$
D-25: Derived $m_H = 125.37$ GeV | Observed $125.25$ GeV | Error $0.10\%$ ($0.7\sigma$)
D-37: $m_H/m_t = \sqrt{14/27} = 0.7200$ | Observed $0.7253$ | Error $0.73\%$ (D-24, D-16 assumed)

All three derivations are determined solely by CAS complete value $7$ and lattice volume $27 = 3^3$. This shows the free parameters of the Higgs sector are inevitable consequences of the CAS cost structure.

By-products

The ratio $2\lambda_H = 7/27$ appears repeatedly. $7/27$ is the ratio of CAS complete value to 3D lattice volume, and it is the single ratio governing the entire Higgs sector.

Incomplete Tasks

ItemCurrent StateResolution Path
Direct $\lambda_H$ measurementLHC Run 3 ongoing, precision not yet sufficientAwait HL-LHC results
D-37 ratio experimental verification$m_H/m_t$ ratio precision needs improvementVerifiable with improved $m_t$ precision measurement

Summary

ItemResultStatus
D-24: $\lambda_H = 7/54$$0.12963$, error $0.16\%$Hit
D-25: $m_H = v\sqrt{7/27}$$125.37$ GeV, error $0.10\%$Hit
D-37: $m_H/m_t = \sqrt{14/27}$Derived $0.7200$, Observed $0.7253$, error $0.73\%$ (D-24, D-16 assumed)Hit