QADI / APM Concept

Gravitational Constant

The gravitational constant \(G\) appears in the APM/QMU Aether maximum mass relation, where it acts as the gravitational coupling divisor for Compton volume and quantum frequency squared.

Concept class
Gravity
Symbol
\(G\)
QMU role
Coupling
Primary bridge
\(m_a\)

Definition in the QMU Ledger

In the APM/QMU concept ontology, \(G\) enters as the gravitational coupling term that converts the Compton-volume and quantum-frequency-squared product into Aether maximum mass.

\[ m_a=\frac{{\lambda_C}^{3}{F_q}^{2}}{G} \]

Aether Mass Bridge

Solving the Aether maximum mass relation for \(G\) gives the reciprocal bridge:

\[ G=\frac{{\lambda_C}^{3}{F_q}^{2}}{m_a} \]

This makes \(G\) the bridge between the quantum length-frequency product \({\lambda_C}^{3}{F_q}^{2}\) and the Aether-scale mass quantity \(m_a\).

Participating QMU Factors

Compton volume \[{\lambda_C}^{3}\]
Resonance factor \[{F_q}^{2}\]
Aether maximum mass \[m_a\]
Gravitational coupling \[G\]

Research Use

This page anchors gravity-facing QMU work. It is the natural companion to Aether Mass, Aether Unit, curl, and resonance because it shows how gravitational scaling enters the QMU closure network.

Internal Research Links

Aether Mass Aether Unit QMU Explorer Aether Physics Model Research Program PDF Papers