ICEC V1.B — Observer-Frame Propagation Framework: Lens, Reality, Propagation, Perception, Scale, and Universe-Frame Work

This publication establishes the Observer-Frame Propagation Framework under ICEC V1.B, authored by Anthony Luis Almaguer.

The framework defines observation, perception, media capture, artificial perception, measurement, communication, memory, and continuity as receiver-bound reconstruction processes. It begins from the principle that reality resolves first, propagates second, and is perceived third.

The work argues that cameras, eyes, sensors, AI models, robots, media systems, measurement tools, and communicating minds do not receive reality directly as reality itself. Instead, they receive delayed propagation, transformed input, selected data, framed presentation, or expressed signals that must be reconstructed within a receiving frame.

The document includes the core framework chain, key terminology, camera and lens analysis, human perception and coned reception geometry, media and live feed delay, AI and robotics implications, measurement and scale theory, communication and shared-frame alignment, memory and anchor-based continuity, domain translation maps, attribution requirements, boundary statements, and included figure captions.

This record is intended as a public timestamp and authorship declaration for the integrated receiver-frame structure and its associated terms, principles, and field applications.