Manuscript VI@1 · VI.tex · figure · b5b60afb
Closed results and quantum successor
Non-identifications and the precise successor problem › Conclusion · lines 2453–2480
VI@1#fig:VI-status-successors
metric / coordinatescalarswitching defectconditional quantumsupport / uncompleted
named coefficient domain and source normalization
harmonic coordinate jet
second-order classical descent
sourced nonzero classical family
exact compact-switch defect
plateau obstruction and order obstruction
conditional finite-dimensional certificate theorem
Uncompleted quantum sequence, RG-open:
gauge-compatible switched realization
two-vertex and composite products
required quantum identities
complete response catalogue
evaluate
certificate
adiabatic limit
localized probe
higher radiative orders
dense-TT representability
Compact relational-label smearing is not an apparatus-localization theorem.
Closed results and quantum successor problem. Classical descent and the specified compact-switch obstruction are established. A quantum certificate requires a justified switched realization, renormalized products, the relevant identities, catalogue coverage, and evaluated responses. These steps remain uncompleted. Adiabatic, localization, and dense-TT questions are separate successor problems.