- #1
Neitrino
- 137
- 0
In Sean Carroll's lecture book is written:
"... if gravitation did not couple to itself, a "gravitation atom" (two particles bounded by their mutual gravitational attraction) would have a different intertial mass (due to negative binding energy) than gravitational mass..."
Would you please clarify why? or which mass would be bigger ?
"... if gravitation did not couple to itself, a "gravitation atom" (two particles bounded by their mutual gravitational attraction) would have a different intertial mass (due to negative binding energy) than gravitational mass..."
Would you please clarify why? or which mass would be bigger ?