Rozmonth@Lycos.com
Oct11-06, 03:15 PM
In QFT, the fields are randomly generated in 'empty' space so space
isn't empty. In string theory, what do randomly generated gravitational
fields look like at the scale where you would normally see them?
Consider that in GR, the gravitational field is self interacting, and
that it's affected by the energies of the other randomly generated
fields at a larger scale (IE lower energy scale), but at a lower scale
(IE higher energy scale) the fields are unified.
isn't empty. In string theory, what do randomly generated gravitational
fields look like at the scale where you would normally see them?
Consider that in GR, the gravitational field is self interacting, and
that it's affected by the energies of the other randomly generated
fields at a larger scale (IE lower energy scale), but at a lower scale
(IE higher energy scale) the fields are unified.