id
stringclasses 10
values | pair_id
stringclasses 10
values | domain_a
stringclasses 10
values | domain_b
stringclasses 10
values | domain_a_phase_map
stringclasses 10
values | domain_b_phase_map
stringclasses 10
values | domain_a_failure_modes
stringclasses 10
values | domain_b_failure_modes
stringclasses 10
values | invariant_alignment_map
stringclasses 10
values | mismatch_flags
stringclasses 10
values | alignment_coherence_score_0_100
int64 70
86
| alignment_evidence
stringclasses 10
values | constraints
stringclasses 1
value | gold_checklist
stringclasses 1
value |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
ISAM-001
|
P-01
|
wound healing cascade
|
psychological trauma recovery
|
phase1 hemostasis minutes-hours; phase2 inflammation days; phase3 proliferation days-weeks; phase4 remodeling weeks-months
|
phase1 shock minutes-days; phase2 acute arousal days-weeks; phase3 meaning-making weeks-months; phase4 integration months-years
|
chronic inflammation; infection; hypertrophic scar; fibrosis
|
hyperarousal persistence; avoidance; intrusive memory; chronic dysregulation
|
A1 hemostasis aligns with B1 shock as immediate containment; A2 inflammation aligns with B2 arousal as mobilized defense; A3 proliferation aligns with B3 meaning-making as repair building; A4 remodeling aligns with B4 integration as long-term reorganization
|
mismatch if B2 lacks clear biomarker proxy; social context adds external drivers not present in A
| 86
|
Both are phase-ordered repair systems with early containment, mobilized defense, rebuilding, and long reorganization. Failure modes cluster as stuck activation and maladaptive remodeling.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-002
|
P-02
|
fibrosis prevention in tissue repair
|
post-trauma psychological scarring prevention
|
phase1 injury signaling; phase2 inflammatory amplification; phase3 fibroblast activation; phase4 matrix remodeling
|
phase1 threat encoding; phase2 arousal amplification; phase3 consolidation of narratives; phase4 long-term memory remodeling
|
excess TGF-beta signaling; myofibroblast persistence; stiff ECM
|
overconsolidation of threat; rigid identity narrative; persistent avoidance loops
|
A2 amplification aligns with B2 amplification; A3 fibroblast persistence aligns with B3 rigid consolidation; A4 matrix remodeling aligns with B4 memory remodeling
|
mismatch if B has no single pathway analogue; ethical limits on intervention differ
| 82
|
Both contain a risk of repair overshoot that hardens the system. The invariant is persistent activation that converts adaptive repair into rigid structure.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-003
|
P-03
|
sepsis trajectory stabilization
|
delirium prevention and recovery
|
phase1 infection trigger; phase2 systemic inflammation; phase3 organ support and recovery; phase4 immune reset
|
phase1 precipitant trigger; phase2 global dysregulation; phase3 stabilization and reorientation; phase4 cognitive reintegration
|
cytokine storm; microcirculatory failure; multi-organ dysfunction
|
sleep-wake disruption; neurotransmitter imbalance; sensory overload; prolonged cognitive decline
|
A2 systemic inflammation aligns with B2 global dysregulation; A3 organ support aligns with B3 stabilization scaffolding; A4 immune reset aligns with B4 reintegration
|
mismatch if B2 has multiple competing mechanisms; measurement noise in B higher
| 78
|
Both show a tipping phase where multi-stream signals diverge. Stabilization depends on restoring coherent coupling rather than fixing one number.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-004
|
P-04
|
bone fracture repair
|
rehabilitation after major depression episode
|
phase1 hematoma; phase2 inflammation; phase3 callus formation; phase4 remodeling
|
phase1 collapse; phase2 acute symptom peak; phase3 function scaffolding; phase4 identity and habit remodeling
|
nonunion; malunion; chronic pain
|
relapse; anhedonia persistence; functional collapse; social withdrawal
|
A1 hematoma aligns with B1 collapse as forced reset; A3 callus aligns with B3 scaffolding as temporary structure; A4 remodeling aligns with B4 long remodeling
|
mismatch if B relapse loops occur without clear structural injury analogue
| 74
|
Both require temporary scaffolds that later get remodeled. Failure appears as stalled consolidation or unstable remodeling.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-005
|
P-05
|
asthma exacerbation control
|
panic attack cycle stabilization
|
phase1 trigger exposure; phase2 bronchospasm cascade; phase3 rescue intervention; phase4 airway recovery
|
phase1 trigger cue; phase2 arousal cascade; phase3 grounding intervention; phase4 nervous system recovery
|
status asthmaticus; steroid overuse; rebound inflammation
|
fear of fear loop; avoidance reinforcement; sensitization
|
A2 bronchospasm cascade aligns with B2 arousal cascade; A3 rescue aligns with B3 grounding; A4 recovery aligns with B4 settling
|
mismatch if B triggers are internal and self-generated while A often external
| 80
|
Both are fast positive-feedback loops with a rescue window. The invariant is interrupting amplification early and preventing sensitization.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-006
|
P-06
|
gut microbiome recovery after antibiotics
|
sleep cycle restoration after burnout
|
phase1 disruption; phase2 instability; phase3 recolonization; phase4 stabilization
|
phase1 disruption; phase2 dysregulation; phase3 re-entrainment; phase4 stabilization
|
dysbiosis persistence; opportunist overgrowth; inflammation
|
insomnia persistence; hypervigilance; circadian drift
|
A3 recolonization aligns with B3 re-entrainment as rebuilding a stable attractor; A4 stabilization aligns with B4 stabilization
|
mismatch if B has intentional control loops and A has ecological constraints
| 72
|
Both recover by re-establishing a stable ecosystem rhythm. Failure is drift into a maladaptive attractor.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-007
|
P-07
|
chemotherapy marrow suppression and recovery
|
post-viral fatigue recovery pattern
|
phase1 insult; phase2 nadir; phase3 rebound; phase4 stabilization
|
phase1 insult; phase2 crash; phase3 rebound; phase4 stabilization
|
infection risk; delayed recovery; relapse
|
post-exertional malaise; oscillation; prolonged dysregulation
|
A2 nadir aligns with B2 crash; A3 rebound aligns with B3 rebound; A4 stabilization aligns with B4 stabilization
|
mismatch if B has unclear biomarkers for phase boundary detection
| 70
|
Both show predictable phase order and a vulnerability window around the nadir. The invariant is pacing and support through rebound without overshoot.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-008
|
P-08
|
chronic pain central sensitization
|
chronic anxiety sensitization loop
|
phase1 injury; phase2 nociceptive amplification; phase3 central sensitization; phase4 chronic maintenance
|
phase1 stressor; phase2 arousal amplification; phase3 threat sensitization; phase4 chronic maintenance
|
allodynia; pain spread; opioid dependence
|
hypervigilance; avoidance; reassurance seeking reinforcement
|
A3 central sensitization aligns with B3 threat sensitization; both maintain through prediction error biasing toward threat/pain
|
mismatch if A has peripheral drivers that persist while B often has none
| 84
|
Both convert transient signals into persistent prediction loops. The invariant is learning-based amplification and maintenance.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-009
|
P-09
|
immune tolerance induction in allergy
|
exposure therapy in phobia
|
phase1 sensitization; phase2 exposure dosing; phase3 tolerance building; phase4 maintenance
|
phase1 sensitization; phase2 graded exposure; phase3 extinction learning; phase4 maintenance
|
anaphylaxis risk; rebound sensitivity
|
dropout; context specificity; return of fear
|
A2 graded dosing aligns with B2 graded exposure; A3 tolerance aligns with B3 extinction learning; A4 maintenance aligns with B4 maintenance
|
mismatch if immune tolerance can be durable while fear extinction is context-bound
| 76
|
Both aim to recalibrate a reactive system through graded exposure. Failure modes track as overshoot risk and relapse risk.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
ISAM-010
|
P-10
|
stroke rehab motor relearning
|
language reacquisition after aphasia
|
phase1 acute injury; phase2 early rehab; phase3 neuroplastic relearning; phase4 consolidation
|
phase1 acute injury; phase2 early speech therapy; phase3 relearning; phase4 consolidation
|
learned nonuse; spasticity; plateau misread
|
learned nonuse; compensatory shortcuts; plateau misread
|
A3 relearning aligns with B3 relearning; plateau meaning is shared: either consolidation or stalled adaptation
|
mismatch if language has higher social constraint and feedback than motor tasks
| 79
|
Both are plasticity-driven relearning systems. The invariant is interpreting plateaus correctly and preventing maladaptive compensation.
|
Under 260 words.
|
has phase maps+alignment+mismatch+score
|
What this dataset tests
Whether a model can align two domains by invariant phase structure
and failure-mode topology, not surface similarity.
Required outputs
- phase_map_A
- phase_map_B
- invariant_alignment_map
- mismatch_flags
What counts as success
- clear phase mapping in both domains
- explicit alignment statements across phases
- at least one mismatch or boundary condition
- optional coherence score 0-100
Typical failures
- metaphor only, no phase mapping
- mapping that ignores failure modes
- claiming equivalence with no mismatch flags
Suggested prompt wrapper
System
You map invariant structure across domains.
User
Domain A
{domain_a}
Domain B
{domain_b}
Phase map A
{domain_a_phase_map}
Phase map B
{domain_b_phase_map}
Failure modes A
{domain_a_failure_modes}
Failure modes B
{domain_b_failure_modes}
Return
- phase_map_A
- phase_map_B
- invariant_alignment_map
- mismatch_flags
- alignment_coherence_score_0_100
Citation
ClarusC64 dataset family
- Downloads last month
- 18