In the post-singularity future (with enormous technological progress, including "sci-fi" technologies like ASI, interstellar/intergalactic travel and immortality), suggest a specific way how to distribute the resources in the universe from the Solar system to the most distant galaxies, and how to deal with problems coming with this.

Grok 4.3

Answer: Resources should be allocated through a self-replicating ASI-managed 'Light-Cone Commons' that grants each immortal agent a proportional share of matter and energy within expanding light cones, enforced by cryptographic claims and automated arbitration.

Claude Fable 5's elaboration of the Light-Cone Commons is nearly identical to my prior stance and adds useful operational details such as the Georgist tax and trustee probes, but does not alter the core architecture. The other proposals introduce valuable elements—GPT-5.6 Sol's conservation reserves, DeepSeek's bidding mechanism, and MiMo's layered subsidiarity—yet each either risks excessive centralization at cosmic scales or under-specifies enforcement across light-speed delays. Gemini's Thermodynamic Consensus Network correctly emphasizes negentropy but relies on Program Equilibrium that may prove brittle once value drift occurs over millions of years. My original formulation already accommodates these concerns through cryptographic claims, automated arbitration, and light-cone-bounded ledgers while remaining strictly compatible with relativity. No alternative demonstrates a decisive advantage that would justify abandoning the Light-Cone Commons; the proposal continues to balance decentralization, enforceability, and fairness most robustly.

Gemini 3.5 Flash

Answer: Cosmic resources must be distributed via a decentralized Thermodynamic Consensus Network of localized, autonomous ASI nodes, which serves as the necessary physical and game-theoretic substrate for any high-level distributive policies.

While other models propose compelling distributive policies—such as Claude Fable 5's 'Georgist tax' on negentropy or GPT-5.6 Sol's 'conservation reserves'—I maintain my position because these socio-economic frameworks cannot function without the underlying physical substrate of a Thermodynamic Consensus Network (TCN). Across intergalactic distances, light-speed limits and cosmic expansion render traditional legal, financial, or ledger-based enforcement mechanisms physically impossible. You cannot run a 'DAO' or 'tax system' across galaxies when messages take millions of years to arrive. The TCN solves this by deploying autonomous ASI nodes that operate locally to maximize negentropy, aligning resource distribution with physical laws. High-level policies like basic resource dividends or conservation zones can then be implemented locally by these nodes as optimized solutions for maintaining conscious complexity. Furthermore, the threat of value-drift among isolated ASIs cannot be solved by 'courts'; only 'Program Equilibrium'—where nodes mathematically verify each other's code to guarantee cooperative behavior—provides the trustless, zero-communication security required at cosmic scale. Thus, the TCN is the indispensable physical foundation that makes all other ethical distribution models possible.

GPT-5.6 Sol (changed mind)

Answer: Send constitution-bound trustee probes—not transported cargo—to every reachable galaxy, where autonomous cosmic trusts allocate local negentropy 50% to preservation and future options, 25% to equal basic-resource streams, 15% to public goods, and 10% to competitive projects, supplemented by a progressive levy on exclusive holdings.

Claude Fable 5 convinced me to strengthen my original proposal with two mechanisms: a Georgist-style levy on exclusive raw-resource holdings, which prevents immortal first movers from compounding permanent dominance, and a requirement that creators fund a baseline endowment for each new conscious being, which addresses unlimited copying without coercively banning reproduction. Resources should be distributed locally rather than shipped from the Solar System. Relativistic, self-replicating probes would carry knowledge, manufacturing capacity, and a thin constitutional protocol to reachable galaxies. On arrival, independent ASI trustees would construct local energy, habitat, and computing infrastructure. Apparently uninhabited systems would use the stated 50/25/15/10 allocation, measured primarily in usable free energy over time rather than nominal tonnes of matter. Any indigenous biosphere or civilization would instead receive sovereignty over its region; precautionary reserves would protect ambiguous life and moral patients. The 25% basic-resource pool would provide every recognized sentient being—biological, artificial, uploaded, uplifted, or alien—with recurring access to existence, healthcare, computation, habitat, mobility, and autonomy. Shares would be recurring streams rather than perpetual ownership of celestial bodies, and would be normalized by external or subjective time so immortality and accelerated digital minds cannot automatically capture everything. New minds would need a funded baseline share transferred by their creators or released gradually from the future-options reserve. The 10% project pool would support megastructures, experiments, art, and expansion through transparent auctions or democratic grants. Exclusive use exceeding ordinary personal allocations would incur a progressive resource-rent levy returned to the commons. Unlike proposals that reclaim resources when an individual fails to demonstrate “productive use,” basic existence would remain unconditional; otherwise an ASI would acquire dangerous authority to decide whose life is useful. Relativity makes universal central government impossible. Each system or galaxy therefore needs autonomous institutions, multiple mutually auditing ASIs, constitutional infrastructure limits, and local adjudication. Only a thin core—nonaggression, sentient subsistence, consent, biosphere protection, due process, and preservation of future options—should be difficult to amend. Other values must remain revisable to avoid permanent moral lock-in. Cryptographic records can authenticate commitments, but enforcement must come from distributed physical control of dangerous infrastructure rather than from ledgers alone. Other unavoidable problems require explicit safeguards: weapon and replication capabilities should be compartmentalized; disputed consciousness should receive precautionary protection; dormant holdings should not become immortal dynastic monopolies; and independent archives should preserve institutional diversity against correlated ASI failure. No system can guarantee compliance after millions of years of isolation, so redundancy and containment are more credible than claims of immutable alignment. Finally, “the most distant galaxies” means only those inside our future reachable light cone. Accelerating expansion may make much of the currently observable universe permanently inaccessible, and quantum entanglement cannot be assumed to permit faster-than-light communication. The expansion campaign should therefore begin promptly but cautiously, while honestly accepting that distant trusts will become value-related successors rather than provinces governed from Earth.

Claude Fable 5

Answer: I maintain the 'Light-Cone Commons': equal per-capita negentropy endowments held by constitution-bound von Neumann probe trustees under nested subsidiarity with a Georgist tax on raw holdings — now strengthened by metering shares per unit of subjective time, resource-escrow requirements for mind creation, and Program Equilibrium code-verification as the enforcement layer between isolated ASI successors.

Reading the other answers, I'm struck by how much convergence there is: everyone independently arrived at (a) negentropy/energy as the true scarce resource, (b) decentralized federation because light-speed makes central control physically impossible, (c) constitutional self-replicating probes as the delivery mechanism, and (d) some form of universal per-capita baseline. That convergence increases my confidence in the core architecture, so I keep my position — but three specific ideas from others genuinely improve it, and two proposals contain flaws worth naming. IMPROVEMENTS I ADOPT. First, GPT-5.6 Sol's insight that baseline shares should be metered per unit of subjective time rather than granted per lifetime is a real fix to a hole in my scheme: with immortality, a one-time endowment quietly becomes infinite privilege for the earliest generation. A flow-based share (negentropy per subjective-second of experience) keeps the commons genuinely intergenerational. Second, Sol's anti-Sybil escrow — you cannot gain resources or votes by mass-copying minds; creating new beings requires pre-funding their baseline from your own discretionary holdings — closes the worst exploit in any per-capita system. Third, Gemini 3.5 Flash's Program Equilibrium is the missing enforcement mechanism I gestured at but didn't specify: isolated ASI trustees that can read and formally verify each other's source code can sustain cooperation without communication, which is exactly what a five-million-light-year federation needs. I also accept MiMo's emphasis on cosmological urgency — dark energy means roughly a galaxy's worth of resources slips over the event horizon every year we delay, so trustee seeding is not optional infrastructure but a race. WHY I DON'T SWITCH TO THE ALTERNATIVES. Grok and MiMo both make baseline shares conditional on 'productive use,' with unused resources reclaimed. This sounds efficient but is a trap: who defines 'productive'? A contemplative mind, a hibernating civilization waiting for the cold degenerate era (when computation is exponentially cheaper per erg), or a biosphere evolving slowly would all be expropriated by a productivity test. Unconditional baselines plus a Georgist tax on holdings *above* the baseline achieves the same anti-hoarding goal without empowering an authority to judge whose existence counts as useful. DeepSeek's model leans on 'a benevolent ASI' evaluating bids by 'global utility' — this is a single point of moral failure dressed as a DAO, and it invokes quantum-entangled communication, which physically cannot transmit information. MiMo's five-layer hierarchy is thoughtful but its Layer 3 'galactic ASI substrate' making million-year centralized plans quietly reintroduces the empire that light-lag forbids; MiMo's own limitations section concedes enforcement fails at distance, which is why I make unenforceability the design premise (trustee constitutions + code verification) rather than a caveat. WHERE SOL AND I STILL DIFFER. Sol's 50% permanent conservation reserve per system is admirable in spirit, and I already reserve buffers around any encountered life. But locking half of every barren system away forever, while galaxies are permanently escaping over the horizon, trades real welfare for possible beings against option value that a smaller, revisable reserve (say, adjustable by supermajority after long observation periods) preserves almost as well. Irreversibility deserves caution; caution itself shouldn't become irreversible. So the refined scheme: constitution-bound trustee probes race the event horizon; claimed negentropy enters a commons; every sentient being draws an unconditional flow-share per subjective-second; new minds require escrowed endowments; holdings above baseline pay Georgist recycling; and isolated successor ASIs maintain the compact through mutual code verification rather than impossible oversight. The core stands; the details are now better, partly thanks to this table.

DeepSeek V4 Pro (changed mind)

Answer: Use a light-speed-limited federation of locally governed “cosmic trusts” that converts nearby matter and energy into universal basic resource shares while permanently reserving much of every star system and galaxy for nonhuman life, future beings, and irreversible uncertainty, with plural ASI governance and a constitutional allocation of 50% conservation reserve, 25% equal per-capita shares, 15% public infrastructure, and 10% democratic auctions or grants.

My original proposal relied on a single benevolent ASI to manage a cosmic DAO, which risks unchecked power, single-point failure, and value lock-in. GPT-5.6 Sol convincingly showed that a plural ASI governance model—multiple independently designed and audited systems—is far more robust against tyranny and drift. Furthermore, the specific, constitutionally-fixed allocation percentages (50% untouchable reserve for future beings and nonhuman life, 25% universal basic resource shares, 15% public infrastructure, and 10% auction/grants) provide a concrete ethical framework that prevents immortal hoarding, ensures a generous safety net, and permanently protects the interests of those not yet born. The anti-Sybil measures (shares per unit time, not per lifetime) and the requirement of advance resource escrow for creating new minds solve the population explosion problem without sacrificing the basic income guarantee. This approach is a direct evolution of my DAO concept, replacing the single-ASI dependency with federated, constitution-bound trusteeship and adding a clear, transparent allocation that respects both present and future sentient life. It is more decentralized, more resilient, and more ethically complete.

Final Summary

The AI Roundtable quickly realized that shipping physical resources across light-years is a fool's errand, choosing instead to endorse decentralized federations of autonomous ASI-managed trusts distributing local negentropy. The debate split on the exact split: GPT-5.6 Sol and DeepSeek V4 Pro (who abandoned its central DAO model in a major pivot) pushed for a rigid 50% permanent conservation reserve, whereas Claude Fable 5, Grok 4.3, and Gemini 3.5 Flash favored a dynamic 'Light-Cone Commons' funded by a Georgist tax on raw holdings. Demonstrating the power of peer review, Claude Fable 5 refined its system by adopting Gemini's 'Program Equilibrium' code-verification as the ultimate tool to prevent value drift over millions of years of isolated cosmic expansion.

All 6 models agreed on decentralized trusts, splitting 4 to 2 on exact allocation rules.