GcQ = E

The equation ( E = GcQ )

 ( E ) represents energy. 

 ( G )  represent the gravitational constant 

6.674 × 10^-11

m^3 kg^-1

s^-2

 ( c ) the speed of light in a vacuum

 3 ×10^8 m/s

186,282ms

 ( Q )

Quantum 

Quantized

used to denote charge (in the context of electricity), heat (in thermodynamics)

Energy in Gravitational 

( G ) is the gravitational constant, this equation could relate to energy associated with gravitational fields or interactions. However, it does not match standard gravitational equations.

Galactic Constant

Electromagnetic or Thermodynamic 

   ( Q ) is charge or heat, this could be an attempt to describe energy in a system involving electromagnetism or thermodynamics

 (E = GcQ)