Editing Openai/6897769e-4ee4-800f-aba5-69cca34f701c (section)

=== How QAT could win (useful, explicit promises you can aim at) ===

If QAT is to survive and become a working gravitational mechanism it should deliver one (or more) of the following:
# A clean derivation that yields Newton’s G (or an expression for G) from microphysics (e.g., a Sakharov calculation where a physically motivated QAT cutoff yields the observed GGG without fine tuning).
# A falsifiable prediction that differs from GR+DM and is observationally accessible (e.g., tiny spatial or environment-dependent deviations of clock rates correlated with EM flux that are not predicted by standard physics).
# A numerical demonstration that averaged boundary stresses can produce the same lensing maps as observed in real cluster collisions (Bullet Cluster, Abell examples). If you can do that, mainstream attention will follow.