{"ai_pass_count":4,"analysis_step_count":9,"confidence":0.8083585361639658,"created_at":"2026-08-23T03:48:52.333469+00:00","id":248482,"node_number":"683211","processing_time":2.3944902420043945,"recent_steps":["net.store_session","net.llm_structured_analysis","net.rules_detect","net.context_window","callsign.qrz_verify"],"recording_id":262169,"text":"And this doesn't appear to be a specific smoking gun for its existence, rather there's a cumulative evidence produced by decades of long research. And glue balls. These are the evidence that the glue ons interacts with themselves and would be a key prediction of quantum chromodynamics. Quantum chromodynamics is just a theory that goes into detail describing quarks and glue ons. By finding glue ons, this would eventually provide an understanding of mass. Proton's are made of quarks, but adding the sum of quarks mass does not yield a total mass of a proton. That's referred to as rest mass. Just quickly frog one with the rest of a quark mass. It accounts for about 1% of the other proton's mass. 99% comes from energy holding the quarks together. So that's why there's that discrepancy in future of adding up the quark mass."}