Global Journal of Science Frontier Research, F: Mathematics and Decision Science, Volume 22 Issue 4

Boosting Human Insight by Cooperative AI: Foundations of Shannon-Neumann Logic 1 Year 2022 13 © 2022 Global Journals Global Journal of Science Frontier Research Volume XXII Issue ersion I V IV ( F ) 5. Q from A SN : awesome, so our current obstacle is, our missing intuition for the weaknesses of QFT. Let’s try to eliminate this obstacle. A by H : ’Okay, I’m all ears!’ 6. Q from A SN : can we gain intuition to evaluate QFT’s weakness, by... (explore any question you think is promising, or move-on) (AI is using q min 6 in Q-generator + SN normal-form inferences + insight-gain tensors/kernels) by exploring: idealized cases of the theory (QFT) solved cases of the theory (QFT) simple cases of the theory (QFT) by outlining: consequences (causal) of the theory (QFT) implications (logical ) of the theory (QFT) predictions (temporal ) of the theory (QFT) tests (experimental ) of the theory (QFT) by identifying: inconsistent aspects of the theory (QFT) limitations of the theory (QFT) problematic aspects of the theory (QFT) uncertain aspects of the theory (QFT) unjustified aspects the of theory (QFT) untested aspects of the theory (QFT) N otes by looking for: ambiguities (imprecision) contradictions (logical, evidence) counter-examples (exceptions) discrepancies (differences) dogma (cognitive traps) errors (math, procedures) falsehoods (logical) flaws (procedure, reasoning) gaps (missing pieces) implicit assumptions (reasoning) impossibilities (logical, physical) inaccuracies (scientific, technical) incompatibilities (between two items) inconsistencies (logical) limitations (scope of applicability) unexplained items (no explanation) unjustified items (lack justification) unsupported items (lack evidence) violations (law-breaking) weaknesses (logical) A from H : ’I find some questions quite insightful , because (click on each insightful one, and note the reasons for your record): I outlined the implications of QFT (e.g. including matrix unitarity), and QFT’s experimental tests (e.g. including neutron decay experiments). I found reported incompatibilities (e.g. known violations of the CKM matrix’s unitarity [16], in neutron decay experiments [17] ). That seems like an inter- esting research area of quantum field theory, for me.