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Volume 28 — Tensor Memory and Collapse Storage

Information Persistence in Golden-Base Systems

This volume develops memory and storage systems that operate within φ-constraints. From volatile trace memory to persistent storage, all information preservation respects the fundamental no-11 rule.

Chapter Index

Chapter 448: MemoryTensor

Collapse-Based Tensor Field as Structured Memory Substrate

Memory as trace field organization.

Chapter 449: TraceSlot

Addressable Memory Locations for φ-Trace Units

Memory addressing schemes.

Chapter 450: CollapseCache

Entropy-Limited Cache Structures for Active Trace Memory

Fast access trace storage.

Chapter 451: ObserverRecall

Observer-Scoped Memory Reconstruction via φ-Collapse

Memory retrieval mechanisms.

Chapter 452: MemoryCompression

Information Packing through Recurrent Collapse Patterns

Compression preserving structure.

Chapter 453: CollapseStorageLayer

Multi-Level Structural Storage with Collapse Routing

Hierarchical storage systems.

Chapter 454: MemoryDegrade

Trace Entropy Growth and Information Decay

Memory degradation over time.

Chapter 455: MemorySync

Synchronization of Distributed Observer Trace Memory

Distributed memory coherence.

Chapter 456: ZetaMemoryIndex

Spectral Addressing of Memory via ζ-Trace Bands

Frequency-based memory access.

Chapter 457: TraceMemoryFork

Collapse Trace Copying and Branching in Computation

Memory duplication operations.

Chapter 458: CollapsePersistence

Stability Conditions for Long-Term Trace Preservation

Persistent storage criteria.

Chapter 459: MemoryOverflow

Collapse Saturation and Forgetting Events

Memory capacity limits.

Chapter 460: TraceRAM

Volatile Collapse Structures for Transient Computation

Working memory systems.

Chapter 461: TraceROM

Read-Only Encoded Collapse Traces for Structural Constants

Immutable memory structures.

Chapter 462: AutoRecall

Observer-Initiated Collapse Recall Function

Automatic memory retrieval.

Chapter 463: CollapseMemoryTheory

Unified Model of Storage via Collapse Path Tensors

Complete memory framework.


Key Concepts Introduced

  1. Trace Memory: Field-based storage
  2. Memory Addressing: Location schemes
  3. Cache Systems: Fast access layers
  4. Memory Compression: Structure-preserving
  5. Distributed Memory: Multi-observer
  6. Persistence: Long-term storage

Dependencies

  • Volume 8: Information theory
  • Volume 20: Runtime memory
  • Volume 18: Neural memory

Next Steps

  • Volume 29: Memory rewriting
  • Volume 21: AGI memory
  • Volume 30: Memory interop

"Memory persists where golden traces stabilize."