- #1
eljose
- 492
- 0
What,s the "energy" of the gravitational field?..
If we can define for the Electro-Magnetic field an "energy"...
[tex] Energy= \alpha \int_{V} (E^{2}+B^{2})dv [/tex]
where E and B are the electric and magnetic field..but my question is...¿why can not define an "energy" for the gravitational field so H=Energy where H is the Hamiltonian?..
If we can define for the Electro-Magnetic field an "energy"...
[tex] Energy= \alpha \int_{V} (E^{2}+B^{2})dv [/tex]
where E and B are the electric and magnetic field..but my question is...¿why can not define an "energy" for the gravitational field so H=Energy where H is the Hamiltonian?..