Nuclear

Modelled[M packaging] on Doctrine v1.1.15. B_bond := (10/9) B_D is [E algebra] of the placed boundary values n = 3 and m = 1. Token unissued.

Deuteron Binding Energy

The live package is the mutual S³ dance on the measured anchor. The formula below is the older Weber package.

Last updated: 28 October 2026

Reading this entry

The deuteron page packages the mutual S³ dance of T(2,3) and T(3,2) on the measured binding B_D = 2.224566100 MeV. From the boundary values n = 3 and m = 1 it defines the bond scale (10/9) B_D, and it prints the contact length together with the older Weber well.

What this is used for

Light nuclei and the V4 bond constant both take B_bond = (10/9) B_D from this anchor. The contact length d = (4/3) λ̄_p is the length the dance contributes to later nuclear geometry, with the PREX-II difference kept beside it.

Walk through

The live package is the mutual S³ dance of T(2,3) and T(3,2) on the measured anchor B_D = 2.224566100 MeV. The bond scale is B_bond := (10/9) B_D = 2.471740111 MeV, from the boundary values n = q_p = 3 and m = |2 − 3| = 1, and the quotient of those values is 20/18 = 10/9. The package carries J = 1ℏ. The contact length is d = (4/3) λ̄_p = 0.280412 fm, and the PREX-II difference is 0.002588 fm, which is 99.085% of 0.283. The older Weber well on the same page uses the separation r_0 = √2 R_m = 1.1896 fm and the print B_D = [1/(35.57√2 π²)] (m_e c²/α_fs) [4√2 π − 2] = 2.224566 MeV.

Integrity note (Doctrine v1.1.15): The live package is the mutual

dance of proton

and neutron

. The measured anchor is

. The bond scale is the defined product

, with boundary values

and

. The quotient

is [E algebra] of those values.

stays inside the package. The contact length

is [E algebra] on the measured inputs. The PREX-II difference is

(

). The token stays unissued. The formula below is the older Weber package. It is not the S⁷ simplex, and the exact 2.224566 MeV print is not Branch 2. The live A=2, 3, 4 reading is light nuclei. Branch 2, with

, stays retired. It is not the live scale. Continuum hold stays OPEN. α stays INPUT. The proton mass theorem stays forbidden.

1. The Deuteron Nuclear System

The deuteron () is the simplest bound nucleus, consisting of one proton and one neutron. Its binding energy is measured to extreme accuracy: .

In standard nuclear physics, is fitted using phenomenological nucleon-nucleon potentials (such as Argonne ) containing up to 18 free parameters. The formula on this page is an older Weber package. It is not the S⁷ simplex, and it is not a free binding theorem.

2. Older Weber potential well

The proton and neutron bind at an equilibrium separation , creating a deep octonionic Weber attraction potential well:

Older Weber package. Not the S⁷ simplex, and not a binding theorem.

3. Comparison to Experimental NNDC Target

Parameter	Phenomenological Model	CPT Derived Theorem	Status
Deuteron Energy $B_D$	2.224566 MeV (18 params)	2.224566 MeV	Modelled [M] (package match)

STATUS: [M] MODELLED PACKAGE

The print below is an older Weber package. It is not Branch 2, and it is not a derivation of the deuteron binding. The live simplex is the light-nuclei page.

Source Documents

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