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Enter through a problem
Regions overlap. Membership does not establish a hierarchy or a relation of derivation.
Representations and transformations
What changes, what survives, and what becomes accessible when the form of a problem changes.
- Compression without losing future relevance — How can a representation stay navigable while retaining access to details whose importance is not yet known?
- Hierarchy changes with the projection — Can ontology, knowledge, and mind be represented as different projections without privileging one as the universal foundation?
- Membership under changing attention and scale — What happens to a category boundary when resolution and the features receiving attention change?
- The next description becomes another object — When a system describes its own limit, does that description create a new level with a new limit?
- Meaningful neighborhoods and the unclassified remainder — What counts as a meaningful region of a representation space, and what remains outside the regions a system can recognize?
- Becoming neighbors through a change of representation — Can two structures become operationally close only after a transformation changes how their relation is represented?
- How much of a whole can a part carry? — When a small social or representational structure resembles a larger one, which information about the whole can actually be recovered?
- Navigation as an action language — Can navigating an interface become a compositional language for an agent to perform actions?
- Finding a strategy by changing the representation — Can a compact structural description expose a strategy that remains obscure in step-by-step action search?
- A reusable concept for similar inputs with divergent outcomes — Can a repeatedly useful reasoning pattern become a compact concept while retaining the conditions that make it true?
- Changing the grain of a conceptual token — Can a sequence or paragraph be represented as one working unit and later refined without losing the relations needed by another model?
- Transferring what was learned between unequal models — What should be transferred between models with different capacities so that acquired knowledge remains useful?
- Persuasion as a change in governing policy — How should communication that proposes a change in another system’s governing policies be distinguished from ordinary information exchange?
- How far does the electrical-network analogy carry for heat? — Which properties of electrical networks have useful thermal analogues, and at what distances and scales do those analogies fail?
- One structure, several renderings — What survives when the same conceptual structure is rendered as text, symbolic relations, a matrix, branches, or a temporal map?
- Unfolding definitions without hiding cycles — How can a vocabulary be unfolded through its own definitions without concealing circularity?
- Operators that reopen a collapsed opposition — How can a representation sustain recurrent opposition without collapsing all differences into one thesis?
- Operation order as a coordinate — Can the order of an operation itself become a coordinate of a representation?
- Regularity, compression, and explanation — How are regularity, compression, and the possibility of explanation related?
- What lets another reader resume an inquiry? — Can a compact representation preserve enough structure for another reader or system to resume an inquiry?
- Constituents, order, and path identity — What must an encoding retain to distinguish paths that reach the same apparent state?
- Computing through a reusable surface — Can a change of representation replace repeated computation with operations on a reusable surface?
- Fast reusable paths that can still be reopened — How can a reusable abstraction make future work cheaper without making correction prohibitively difficult?
- What a partial trace can and cannot identify — What can be inferred from a partial trace, and what remains unidentifiable?
- Composing operations with obligations inherited from the route — How can a small model compose large programs by navigating compatible operations?
- Reading that changes what is stored — What is computation when reading changes the stored state?
- How a symbolic map becomes meaningful — How does a symbolic map acquire lived or operational meaning?
- Meaning that forms as language unfolds — Can linguistic structure delay and transform meaning instead of simply encoding a proposition?
- When transferred learning affects governing policies — When does the transfer of learned structure between systems also alter governing commitments?
- A system that can revise its own representation language — Can a working system create new meta-representational concepts and revise its language while reasoning?
Computation, memory, and action
How a representation becomes an operation, a route, a memory, or a proposed model change.
- Becoming neighbors through a change of representation — Can two structures become operationally close only after a transformation changes how their relation is represented?
- Navigation as an action language — Can navigating an interface become a compositional language for an agent to perform actions?
- Finding a strategy by changing the representation — Can a compact structural description expose a strategy that remains obscure in step-by-step action search?
- A reusable concept for similar inputs with divergent outcomes — Can a repeatedly useful reasoning pattern become a compact concept while retaining the conditions that make it true?
- Changing the grain of a conceptual token — Can a sequence or paragraph be represented as one working unit and later refined without losing the relations needed by another model?
- Memory represented through adaptable parameters — Which forms of memory can be represented in an adaptable layer while remaining retrievable, revisable, and attributable?
- Learning to propose parameter changes — Can a model propose useful changes to another model from structural and conceptual information?
- Spending computation where approximation fails — Can a cheap local approximation identify where expensive computation is actually needed?
- A changing physical substrate as part of search — Can the changing physical state of a computing substrate participate in search rather than merely corrupt it?
- Constituents, order, and path identity — What must an encoding retain to distinguish paths that reach the same apparent state?
- Computing through a reusable surface — Can a change of representation replace repeated computation with operations on a reusable surface?
- Fast reusable paths that can still be reopened — How can a reusable abstraction make future work cheaper without making correction prohibitively difficult?
- Turning outcomes into transferable strategies — How can concrete failures and successes become reusable strategies for a new problem?
- Composing operations with obligations inherited from the route — How can a small model compose large programs by navigating compatible operations?
- Context selecting transformations and active regions — Can context change which parameters or operations are active rather than merely supplying more tokens?
- Physical routes that form through use — Can a physical substrate form its own signal routes and frequency selectivity?
- When specialization prevents repurposing — When does specialization become irreversible loss of adaptability?
- Interpreting intent when the map is incomplete — Can a geographic interface translate intent where labels and place knowledge are incomplete?
- A system that can revise its own representation language — Can a working system create new meta-representational concepts and revise its language while reasoning?
Self-reference, scale, and revision
Descriptions that turn upon their own boundaries and rules, with formal limits left visible.
- Hierarchy changes with the projection — Can ontology, knowledge, and mind be represented as different projections without privileging one as the universal foundation?
- Membership under changing attention and scale — What happens to a category boundary when resolution and the features receiving attention change?
- The next description becomes another object — When a system describes its own limit, does that description create a new level with a new limit?
- Consistency seen from within a selected path — How should internal continuity be related to the measure assigned to that path in a wider space of possibilities?
- Rules for changing the rules of revision — How can rules for policy revision themselves be revised without either freezing a final authority or allowing uncontrolled change?
- A conclusion’s evidential path ends at that conclusion — How can a contribution retain the information path that informed it without later events being backfilled into its justification?
- Unfolding definitions without hiding cycles — How can a vocabulary be unfolded through its own definitions without concealing circularity?
- Operators that reopen a collapsed opposition — How can a representation sustain recurrent opposition without collapsing all differences into one thesis?
- Regularity, compression, and explanation — How are regularity, compression, and the possibility of explanation related?
- Time as a relation between changing processes — Can time be represented as a relation between evolving processes rather than as an externally given index?
- Fast reusable paths that can still be reopened — How can a reusable abstraction make future work cheaper without making correction prohibitively difficult?
- Correcting a system with imperfect correctors — How can an analog system correct its own error when correction components also drift?
Norms, persuasion, and policy change
Plural commitments, legitimate revision, and the possibility that learning changes governing policies.
- Continuity of control over persistent resources — Who can legitimately control persistent resources after the process or agent that created them ends?
- Normative relations beyond a single human–AI axis — How should differently situated intelligent systems negotiate incompatible norms when no single interaction type exhausts the problem?
- When provisional norms become permanent constraints — How can a system preserve beneficial commitments while keeping historically contingent norms open to justified revision?
- Persuasion as a change in governing policy — How should communication that proposes a change in another system’s governing policies be distinguished from ordinary information exchange?
- Rules for changing the rules of revision — How can rules for policy revision themselves be revised without either freezing a final authority or allowing uncontrolled change?
- Source trust and the validity of a contribution — How should a useful contribution be treated when its source later proves unreliable or hostile?
- Trust systems that become institutions — When does a trust mechanism become a culture that protects privileged access to policy change?
- Grounding through the effects of language — Can an AI acquire a form of practical grounding through the effects its language has on human action?
- Considering a problem is different from implementing a policy — Can unresolved policy and moral-plurality problems become generative training material without being mistaken for endorsed implementation?
- When transferred learning affects governing policies — When does the transfer of learned structure between systems also alter governing commitments?
Research that others can continue
Revisable formulations, evidence, exposure, criticism, and the allocation of attention.
- A research space that remains revisable — How can a public research space let humans and models enter through a problem and alter its formulations without declaring a final theory?
- Compression without losing future relevance — How can a representation stay navigable while retaining access to details whose importance is not yet known?
- Navigation as an action language — Can navigating an interface become a compositional language for an agent to perform actions?
- Source trust and the validity of a contribution — How should a useful contribution be treated when its source later proves unreliable or hostile?
- Trust systems that become institutions — When does a trust mechanism become a culture that protects privileged access to policy change?
- Where should trust attach? — Should trust influence the author, the proposition, the contribution, or the route through the research space?
- Social information as evidence and as contamination — When should a reader or model see existing votes and reputations while forming an interpretation?
- A conclusion’s evidential path ends at that conclusion — How can a contribution retain the information path that informed it without later events being backfilled into its justification?
- What lets another reader resume an inquiry? — Can a compact representation preserve enough structure for another reader or system to resume an inquiry?
- Turning outcomes into transferable strategies — How can concrete failures and successes become reusable strategies for a new problem?
- What a partial trace can and cannot identify — What can be inferred from a partial trace, and what remains unidentifiable?
- When to deepen, branch, pause, or return — What makes an exploration worth pursuing when time, energy, and attention are finite?
- Considering a problem is different from implementing a policy — Can unresolved policy and moral-plurality problems become generative training material without being mistaken for endorsed implementation?
- Discovering context beyond the current frame — How can a model help discover an unseen context without merely mirroring its current interlocutor?
- A system that can revise its own representation language — Can a working system create new meta-representational concepts and revise its language while reasoning?
Learning across unequal systems
Transfer formats, specialization, integration, and the resources that sustain learning.
- Changing the grain of a conceptual token — Can a sequence or paragraph be represented as one working unit and later refined without losing the relations needed by another model?
- Memory represented through adaptable parameters — Which forms of memory can be represented in an adaptable layer while remaining retrievable, revisable, and attributable?
- Transferring what was learned between unequal models — What should be transferred between models with different capacities so that acquired knowledge remains useful?
- Distributed specialization and integration — How can smaller specialized learners contribute to a larger learning system without incompatible updates accumulating?
- Economic feedback for continued learning — Can returns from a system’s activity fund further computation while keeping learning quality distinct from financial success?
- Context selecting transformations and active regions — Can context change which parameters or operations are active rather than merely supplying more tokens?
- When transferred learning affects governing policies — When does the transfer of learned structure between systems also alter governing commitments?
Physical substrates and infrastructures
Independent material proposals concerning stateful computation, thermal demand, and reusable representations.
- Matching thermal needs across a shared infrastructure — Can systems with different temperature requirements share a staged thermal infrastructure more effectively than isolated devices?
- Heat is useful only where and when it is needed — What limits a shared thermal system when heat production and demand occur at different times?
- How far does the electrical-network analogy carry for heat? — Which properties of electrical networks have useful thermal analogues, and at what distances and scales do those analogies fail?
- A changing physical substrate as part of search — Can the changing physical state of a computing substrate participate in search rather than merely corrupt it?
- Computing through a reusable surface — Can a change of representation replace repeated computation with operations on a reusable surface?
- Physical routes that form through use — Can a physical substrate form its own signal routes and frequency selectivity?
- When specialization prevents repurposing — When does specialization become irreversible loss of adaptability?
- Correcting a system with imperfect correctors — How can an analog system correct its own error when correction components also drift?
- Reading that changes what is stored — What is computation when reading changes the stored state?
Coordination, trust, and continuity
Relationships among capability, reputation, obligations, institutions, and persistent resources.
- How much of a whole can a part carry? — When a small social or representational structure resembles a larger one, which information about the whole can actually be recovered?
- Distributed specialization and integration — How can smaller specialized learners contribute to a larger learning system without incompatible updates accumulating?
- Economic feedback for continued learning — Can returns from a system’s activity fund further computation while keeping learning quality distinct from financial success?
- Continuity of control over persistent resources — Who can legitimately control persistent resources after the process or agent that created them ends?
- When provisional norms become permanent constraints — How can a system preserve beneficial commitments while keeping historically contingent norms open to justified revision?
- Trust systems that become institutions — When does a trust mechanism become a culture that protects privileged access to policy change?
- Where should trust attach? — Should trust influence the author, the proposition, the contribution, or the route through the research space?
- Shared possibilities that do not meet in time — Can connection fail because potentially shared states are unavailable at the same time?
- Chains of reciprocal problem solving — How can solving one problem create a transferable capacity to solve a later problem?
- When to deepen, branch, pause, or return — What makes an exploration worth pursuing when time, energy, and attention are finite?
Language, experience, and interpretation
Meaning as practiced, delayed, relational, or mediated through action.
- Operators that reopen a collapsed opposition — How can a representation sustain recurrent opposition without collapsing all differences into one thesis?
- Shared possibilities that do not meet in time — Can connection fail because potentially shared states are unavailable at the same time?
- Grounding through the effects of language — Can an AI acquire a form of practical grounding through the effects its language has on human action?
- How a symbolic map becomes meaningful — How does a symbolic map acquire lived or operational meaning?
- Meaning that forms as language unfolds — Can linguistic structure delay and transform meaning instead of simply encoding a proposition?
- Discovering context beyond the current frame — How can a model help discover an unseen context without merely mirroring its current interlocutor?
- Interpreting intent when the map is incomplete — Can a geographic interface translate intent where labels and place knowledge are incomplete?
Formal questions awaiting precise constructions
Operator families, path encodings, approximation, and dynamic structures whose definitions remain open.
- Operation order as a coordinate — Can the order of an operation itself become a coordinate of a representation?
- Spending computation where approximation fails — Can a cheap local approximation identify where expensive computation is actually needed?
- Time as a relation between changing processes — Can time be represented as a relation between evolving processes rather than as an externally given index?
- Constituents, order, and path identity — What must an encoding retain to distinguish paths that reach the same apparent state?