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TheoryTHY-2026-0001v0.1

Asymmetric spacetime tension: temporally heterogeneous world knowledge

Asymmetry is lifted from edge direction or weight to the effective time scale of nodes and relations. Each node carries stability, information-decay rate, update tension, system impact and local valid time; refresh is triggered by tension, external disturbance, information age, change velocity and event relevance rather than by one global clock, so stable knowledge sleeps, volatile knowledge refreshes often, and a rarely changing high-impact node triggers wide dependency recomputation when it does change.

Research status
EXPERIMENTAL being tested experimentally
Evidence level
E2 Controlled experiment
Data basis
THEORY Theoretical reasoning only; no measurement.
Version
0.1
Updated
2026-09-08
Created
2026-09-07
Domain
Context & Memory, Computation, AI Architecture
Program
PRG-2026-0001 Adaptive Epistemic Systems
Authors
Neo.K (EveMissLab)
AI collaborators
Sol (GPT-5.6, OpenAI ChatGPT)

Assumptions

assumptions
  • Knowledge stability is highly non-uniform across formal, physical, social and real-time domains.
  • Update cost is not free; over-refresh and under-refresh are both failures.

Claims

claims
  • World knowledge is temporally heterogeneous.
  • Freshness is not a timestamp: it is decided jointly by world change rate, source reliability, dependency structure, task risk and system impact (Paper 02).

Predictions

predictions
  • Architecture contribution AC(λ=0) ≈ 0 in a static world, while AC(λ_heterogeneous) > 0; a fixed synchronous-refresh baseline should be worse in highly heterogeneous time-scale environments (Paper 11 §80–82).

Falsification / failure conditions

falsification_conditions
  • No measurable staleness/recomputation advantage over fixed-TTL and event-driven refresh under heterogeneous dynamics.
  • The tension field is only an LLM guess with no runtime enforcement — then the theory has not been tested (Paper 11 §29).

Known limitations

known_limitations
  • R1 found that in an event-rich deterministic world, pure event invalidation is cheaper than tension scheduling (AER 3 recomputations vs 2).

Evidence

SourceRelationTargetStatusID
EXP-2026-0001 AER-0 MVP v0.1 closure: are the invariants executable?testsTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0102
EXP-2026-0002 R1 — deterministic semantics comparison against four baselinestestsTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0107

Relations

SourceRelationTargetStatusID
RES-2026-0001 Blind derivation of an adaptive epistemic architecturedevelopsTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0007
PAP-2026-0001 Paper 01 — Dynamic knowledge graphs under asymmetric spacetime tensionformalizesTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0019
PAP-2026-0002 Paper 02 — Stability is not a static value: freshness, decay and update tensionformalizesTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0022
PAP-2026-0013 Adaptive Epistemic AI Runtime — technical whitepaper v0.1formalizesTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0054
SYS-2026-0001 AER-0 — Adaptive Epistemic Runtime MVPimplementsTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0065
EXP-2026-0001 AER-0 MVP v0.1 closure: are the invariants executable?testsTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0102
EXP-2026-0002 R1 — deterministic semantics comparison against four baselinestestsTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0107
RST-2026-0001 R1 comparison tablequalifiesTHY-2026-0001 Asymmetric spacetime tension: temporally heterogeneous world knowledgeACTIVEREL-2026-0115

History and provenance

Canonical URL
https://evemisslab.com/ai/theory/THY-2026-0001/
Machine-readable
/ai/theory/THY-2026-0001/index.json
Snapshot
AI-SNAPSHOT-v0.1-fe85b9694a45
Provenance
source
EveMissLab research collection: Adaptive Epistemic Systems (真本體論13)
extracted_by
Splice (Claude Code), reading the canonical UTF-8 sources and each lab's own result reports
extracted_at
2026-09-11
generator
tools/extract_aes/extract.py
claim_boundary
status, evidence level and result type follow the source artifact's own stated claim boundary; nothing is upgraded beyond what the report supports