In this study, we have demonstrated a general strategy to develop ultra-highly fluorogenic tetrazine probes: By connecting a tetrazine quencher to an AIEgen, we observed a unique feature where non-emissive tetrazine compounds further quench their emission upon aggregation, and emissive pyridazine compounds enhance their emission upon aggregation. We termed this effect, which significantly enhances the emission enhancement ratio, as the "Matthew Effect in Aggregate Emission".