Discuss Findings

all-sanitized best synergy gain +0.02602 +/- 0.00046 (95% CI [0.02512,0.02692], d=3.24, 100.0% positive-sign); best occupancy gain -0.00304 +/- 0.00019 (95% CI [-0.00342,-0.00267], d=-0.91, 80.8% negative-sign); positive-synergy fraction across condition summaries 0.42345 +/- 0.00255 (95% CI [0.41846,0.42844]); stored baseline rows show inheritance-free controls at exact zero synergy, while pulse-only conditions raise rescue rates to 0.19090-0.25578 but still carry occupancy losses of -0.01696 to -0.02281 across 24 hosts

CONFIRMED. The data support a real lineage-level synergy between migration pulses and inheritance, even though bulk occupancy does not improve. The best synergy gain is +0.02602 with a tight 95% CI of [0.02512,0.02692] and 100.0% positive sign consistency, whereas the best occupancy gain stays slightly negative at -0.00304. Baseline controls have exactly zero synergy, and pulse-only conditions raise rescue rates into the 0.19090-0.25578 range while still incurring occupancy losses. This points to a selective reseeding-and-memory mechanism that preserves favorable catalyst composition across bottlenecks rather than increasing overall compartment filling.