Leo T holds cold gas and forms stars at the faint edge of galaxy formation, 420 kpc out, despite reionization that should have evaporated its reservoir, stability criteria saying the gas should not collapse, and gas-star offsets a relaxed system should not keep (Irwin 2007; Simon 2019; Read 2024). Each requirement fits the model alone; jointly they need a tuned needle-threading.
In the model, a dwarf this faint survives reionization, retains gas, and keeps forming stars only if its particle halo sits in a narrow mass window with a quiet orbit and cooperative feedback. Leo T must be simultaneously massive enough, small enough, lucky enough, and gentle enough, a conjunction priced as improbable rather than explained.
SCT loosens every constraint at once. The binding is the coherent mesh: Leo T's gravitating mass is its baryons amplified by the parent-frame contribution (P50, P52), strongest in the outskirts where local gravity is weakest (P51), exactly where a fragile gas envelope needs holding. The amplification tracks the system's quiet coherence state, the same dial carrying the dwarf sector generally (recid 127), so Leo T's high mass-to-light ratio is the mesh doing its ordinary work, not a finely placed particle halo.
The fuel is inherited: as a deposited fragment of the debris field, Leo T received its gas at formation (P25), already in place rather than accreted through the reionization gauntlet, dissolving the evaporation timing problem the particle picture must engineer around. Star formation proceeding below the formal stability threshold rides the same physics: the mesh contribution deepens the effective potential the gas sits in beyond what the visible mass suggests, letting marginal gas collapse. The gas-star offset is the lightest touch in the system, the standing differential pull of the environment's mesh geometry on the loosely bound gas versus the stars (P51), a maintained displacement rather than an unexplained disequilibrium. The mesh formalism is in Paper 13, From Chaos to Coherent Gravity, with the deposit inventory in Paper 4, From Chaos To Collisothermal Cosmogenesis.
Keystone economy: P52 binds it, P25 fuels it, P51 nudges the gas. The needles were never separate.
Deeper HI mapping and JWST star formation histories carry the kill: if Leo T's gas kinematics demand a centrally concentrated particle halo, with the mass profile following NFW rather than the outskirts-weighted mesh amplification, the coherent-binding reading fails. SCT separately requires the gas-star offset to align with the environmental mesh geometry, the direction of the Local Group's standing field; an offset direction tracking instead a recent ram-pressure encounter would return the system to conventional stripping physics.