Emergent Dark Matter and Momentum from Quantum Stellar Basins

We present a theoretical framework connecting quantum stellar dynamics, emergent gravitational effects, and dark matter halos. This approach models stars—including those that have ceased luminous emission—as quantum systems whose interactions with light and internal states generate **basins of energy**. These basins propagate, disperse, and ultimately form gravitational halos consistent with observed dark matter, while simultaneously allowing computation of the momentum of any object under relativistic and quantum conditions.