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A USA–Russia–China Alliance as a Way to Prevent a Europe–Russia War

Skydle · 2026 · STARTER tier · REGISTERED
UPL REGISTRY CODE
UPL-SCI-26-974031-EN

DEMI Conceptual Core

Core StatementThis work tests whether a USA–Russia–China alliance or agreement can reduce the risk of a Europe–Russia war and nuclear escalation, finding that the hypothesis holds only if six specified causal links are jointly satisfied and if Europe is integrated into any resulting arrangement.
PropositionsH1: Rising US public debt makes each additional year of prolonged war progressively costlier to the United States. (hypothesis) | H2: Wars provide short-term dollar demand while the dollar's long-term reserve-currency share declines. (hypothesis) | H3: War can persist when gains concentrate among a deciding few and costs are borne broadly. (hypothesis) | H4: Nuclear escalation risk constitutes an expected loss for all actors, including those who profit from conventional conflict. (hypothesis) | H5: Russia's financial dependence on China is strong and asymmetric; China's dependence on US trade is real but diminishing. (hypothesis) | H6: A three-party agreement reduces Europe–Russia war risk only if it also reduces perceived threat on both Russian and European sides. (hypothesis) | H7: When bloc-level escalation probability exceeds approximately 1.3%, escalation becomes an expected loss even for the arms sector. (finding, conditional on author's probability estimates) | H8: Ending war contracts financed by new public debt benefits the US public budget while disadvantaging US arms exporters. (hypothesis)
ConstraintsSample and setting: analytical, non-empirical work; no primary data collected. Probability estimates in the illustrative escalation calculation are the author's own and are explicitly conditional. Russian public perceptions are treated as inputs, not verified facts. Statement statuses follow DEMI Shared Working Protocol v2, with sources dated to November 2026 at latest. Key structural limitation: a prior analysis by the same author found that a three-party agreement does not reduce risk in a corridor where one party is absent; since Europe is excluded from the three-party structure, risk reduction is contingent on European inclusion. The work is analytical, not advocacy; disputed political positions are attributed to sources.
MechanismsMethod: structured analytical decomposition into six causal links (C1–C6) that must jointly hold for the hypothesis to be true, combined with an illustrative expected-value calculation on nuclear escalation. Evidence basis: author's probability estimates and stated logical dependencies rather than empirical datasets. Fidelity guide maps each claim to its section for item-by-item AI verification. Contradicting result: if any single causal link (C1–C6) fails, or if Europe cannot be integrated into the arrangement, the hypothesis fails; additionally, if the true escalation probability materially differs from the author's estimates, the 1.3% threshold finding is invalidated.
BoundariesThe work does not claim the alliance is politically feasible or desirable, only that it is a logical risk-reduction mechanism under stated conditions. It does not assert that the NDEV Code or resource-backed financial concepts will be adopted; these are flagged as possibilities in a longer-term phase. It does not present Russian public perceptions as verified fact. The illustrative calculation is not a forecast. SEARCH: US-Russia-China trilateral security agreement | nuclear escalation expected utility arms sector | dollar reserve currency war financing | Europe Russia war risk reduction | asymmetric Sino-Russian financial dependence | conflict termination public debt defense contracting

Chain of Evidence

Registered fileMAIN_FILE_Geopolitical_Alliance_v0.5.md
File SHA-2569e7d96d6b4ccc658b2eab2e45264f15d3ea893c7faf5bdba0ef47007f690999d
Analysed extract SHA-256734b371e6ea010af2effc0227648e935f6369ab32d065ba0f2e372eaffbdd797
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Registered at (UTC)2026-11-13T00:45:21.108Z
Registry anchor (Ethereum)block 26402537 · 2026-11-13T00:45:35.000Z · View on Etherscan →
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Derived fromUPL-NOV-26-294493-EN
Activation ReferenceDEMI:1042:UPL-SCI-26-974031-EN:K

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DEMI Publishing Registry · UplitAU Pty Ltd · ABN 91 680 646 495 · Sydney, Australia
AU2018100999 · AU2019101249 · © 2026 UplitAU Pty Ltd / Skydle
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