IndisputableMonolith.Superhuman.TechnologicalAccess
The module defines the three Nautilus power tiers as a classification for technological access levels inside the Recognition Science superhuman framework. It supplies the NautilusTier type together with tierPowerRange, requiredTier and related predicates that quantify capability escalation. Researchers extending the σ-Resolution Superhero Thesis would cite these tiers when assigning power bounds to advanced technology. The module contains only definitions and elementary positivity statements imported from Core and Constants.
claimThe Nautilus tiers are the ordered set $N_1 < N_2 < N_3$ equipped with the power-range function $r(N_i) = [p_i, q_i]$ where each interval is positive and the tiers satisfy the ordering and neutrality conditions of the schedule.
background
Superhuman.Core formalizes the σ-Resolution Superhero Thesis by classifying 27 powers into five epistemic classes A–E according to RS mechanism type. Constants fixes the fundamental time quantum as τ₀ = 1 tick. The present module extends that taxonomy by introducing NautilusTier together with the functions tierPowerRange, requiredTier and the predicates tier_power_positive, classC_has_tier that enforce the three-tier structure for technological access.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module supplies the tier structure required by the σ-Resolution Superhero Thesis in Superhuman.Core. It places the three Nautilus tiers inside the Recognition Science power taxonomy, consistent with the overall forcing chain and phi-ladder conventions already fixed in Constants.
scope and limits
- Does not derive the tier boundaries from the J-uniqueness or phi fixed-point axioms.
- Does not assign explicit numerical values to the power ranges in RS-native units.
- Does not prove uniqueness of the three-tier partition.
- Does not connect the tiers to the eight-tick octave or spatial dimension D = 3.
depends on (2)
declarations in this module (14)
-
inductive
NautilusTier -
def
tierPowerRange -
theorem
tier_power_positive -
def
requiredTier -
theorem
classC_has_tier -
structure
NautilusConfig -
def
spiralRadius -
theorem
spiralRadius_pos -
abbrev
Schedule -
def
scheduleNeutral -
def
balancedSchedule -
theorem
balancedSchedule_neutral -
structure
SafetyRequirements -
def
fullSafety