C385Connections across theories
SMM seeks one source behind the diversity of physical appearances. Structural realism asks what scientific knowledge retains when theories change. Their strongest connection concerns invariant relations: a source reconstruction can deepen an ontology while preserving the tested structures that made earlier physics successful, provided that preservation is actually demonstrated.
Comparative article · 5 min read↗
C386Connections across theories
Temporal becoming creates room for new events, but freedom concerns the relation between an event and an agent’s control. This essay compares source-generated action with reasons-responsive agency and indeterministic choice, using concrete counterfactual examples to show why neither determinism nor randomness alone decides the question of free will.
Comparative article · 4 min read↗
C387Connections across theories
A globally stationary quantum description can contain correlations that function as time for a subsystem. That mathematical possibility differs from a metaphysical account of eternity. SMM/DTT can connect them through the origin of clocks and records, while distinguishing absence of an external time parameter from absence of all temporal relations.
Comparative article · 5 min read↗
C388Connections across theories
Regge calculus represents curvature through the way flat pieces fit together. DTT asks how the relational pieces and their completion arise from a nonspatial source. This comparison gives an exact curvature example, identifies a useful discrete action interface, and separates re-creation as a physical mechanism from re-triangulation as a mathematical description.
Comparative article · 5 min read↗
C389Connections across theories
Shape dynamics offers a formulation of gravity that trades one symmetry structure for another in an appropriate sector. DTT instead seeks a generative origin of observable geometry. This comparison explains their genuine relational affinity, works through conformal geometry, and shows why a different representation of gravity is not automatically a derivation from temporal production.
Comparative article · 5 min read↗
C390Connections across theories
A formula can have the correct units while leaving all of its physical content adjustable. DTT’s constants programme becomes stronger when dimensional identities, structural counts and genuine predictions are separated. This article works through temporal mass and action formulas and explains why dimensionless relations and independently defined scales are the most reliable targets.
Comparative article · 5 min read↗
C391Connections across theories
An arrow of time can exist without an excess of matter over antimatter. DTT becomes relevant to baryogenesis when its completion dynamics changes a charge-sensitive probability or a nonequilibrium population. This comparison develops that distinction, gives a cancellation argument and a worked abundance estimate, and identifies what a temporal source would actually need to calculate.
Comparative article · 5 min read↗
C392Connections across theories
Island calculations explain how fine-grained radiation entropy can change when the correct gravitational reconstruction is included. This comparison develops a transparent two-branch entropy example and asks what DTT’s retained source memory must actually do to reproduce a unitary radiation channel rather than merely hide information elsewhere.
Comparative article · 5 min read↗
C393Connections across theories
Relativistic quantum evolution can be organized by spacelike hypersurfaces instead of one preferred laboratory clock. This article explains the integrability condition, proves order independence for two separated local operations, and asks how DTT can distinguish private generation order from the causal order of accessible completed records.
Comparative article · 5 min read↗
C394Connections across theories
The direction in which records accumulate is different from the discrete symmetry tested by time reversal and CPT. This comparison explains the antiunitary role of time reversal, states what CPT relates under its field-theoretic assumptions, and identifies what a DTT source model must derive before claiming a matter–antimatter consequence.
Comparative article · 5 min read↗
C395Connections across theories
Tensor networks show how an organization of quantum correlations can support geometric interpretations. This comparison derives the bond-cut entropy bound, distinguishes a chosen network graph from an emergent physical metric, and asks how DTT’s source hierarchy could select locality and accessible space through one constrained construction.
Comparative article · 5 min read↗
C396Connections across theories
Information that disappears from a local state can later return through a retained memory. This comparison calculates a qubit coherence revival, explains the difference between information-backflow witnesses and full intervention-based memory tests, and identifies how DTT can add a constrained source mechanism to standard open-system dynamics.
Comparative article · 5 min read↗
C397Connections across theories
Real representation theory can distinguish real, complex and quaternionic phase structures without postulating an extra physical time coordinate. This article solves a simple commutant, explains how a dynamical generator can select a compatible complex structure, and identifies the remaining physical steps in the SMM/DTT phase programme.
Comparative article · 5 min read↗
C398Connections across theories
A sequence of propositions becomes a classical probabilistic history only under suitable consistency conditions. This article develops an elementary qubit family, explains why incompatible descriptions cannot be combined into one unrestricted archive, and compares that restriction with DTT’s programme of source-generated observable records.
Comparative article · 5 min read↗
C399Connections across theories
Discrete inner production can yield smooth outer behavior, but the limit depends on how lengths, waiting times and interactions scale together. This article compares DTT with standard scaling reasoning, shows why a faster update does not automatically produce relativity, and identifies the independent measurements needed for a meaningful continuum claim.
Comparative article · 6 min read↗
C400Connections across theories
A common source can explain why a world exists without yet explaining why one measurable event changes when another is altered. Interventionist causality clarifies that difference. This essay develops a concrete causal example and shows how SMM/DTT can connect metaphysical dependence with local physical explanation through a specified source and readout law.
Comparative article · 5 min read↗
C401Connections across theories
A nonspatial source can produce a physical space only if its records support measurable distances and neighborhoods. A three-component carrier is not enough. This article develops graph and spectral reconstruction as interfaces for DTT, gives explicit small examples, and explains why distance, dimension and propagation must be checked independently.
Comparative article · 5 min read↗
C402Connections across theories
A single common source is already allowed inside Bell’s local hidden-variable framework. This article derives the CHSH bound directly, separates a hidden generation order from observable causal influence, and explains which assumption a DTT source model must change to reproduce quantum correlations without enabling remote signalling.
Comparative article · 5 min read↗
C403Connections across theories
A discrete inner process need not produce an observable preferred frame, and a hyperbolic notation does not guarantee Lorentz symmetry. This article explains how DTT should be compared with precision bounds: first derive the effective operator and its clock interpretation, then identify the measurement that constrains its coefficient.
Comparative article · 5 min read↗
C404Connections across theories
A de Sitter horizon links an expansion rate to a temperature and an area entropy. This article derives those linked scalings, explains their dependence on a specified gravitational state, and asks whether DTT can connect a source’s completion rate and accessible memory to the same physical geometry.
Comparative article · 5 min read↗
C405Connections across theories
Entanglement can encode geometric connectivity in particular gravitational theories, but a correlated pair is not automatically a traversable wormhole. This comparison calculates how different pairings change accessible entanglement, explains the scope of ER=EPR, and identifies the source-to-geometry dictionary required by SMM/DTT.
Comparative article · 5 min read↗
C406Connections across theories
A field theory can be organized by the observable algebras available in spacetime regions. This comparison works through local commuting algebras with a globally entangled state, explains the extra requirements for a continuum field theory, and asks how DTT can generate both the regions and their causal measurement structure.
Comparative article · 5 min read↗
C407Connections across theories
A physical theory of temporal records must account for the memory that carries them. Landauer’s principle constrains a particular operation—erasure under stated conditions—rather than assigning a universal energy price to every tick. A worked numerical example shows how SMM/DTT can incorporate information thermodynamics without confusing record creation, copying and reset.
Comparative article · 5 min read↗
C408Connections across theories
DTT’s recurring inner production and conformal cyclic cosmology’s succession of cosmic aeons concern different kinds of cycle. Their comparison is useful when it focuses on what persists, what is rescaled and how a physical clock crosses a boundary. This article explains the distinction and gives a concrete conformal calculation without treating either proposal as established cosmology.
Comparative article · 5 min read↗
