Results

PaperS7595

Information-Based Physics, Influence, and Forces

James Lyons Walsh, Kevin H. Knuth. arxiv.org. November 8, 2014.

Walsh and Knuth extend an influence-network model to conditional force relations. Observer coordination, rate assignments and approximations underlie the calculation. They acknowledge incomplete understanding of a required connectivity condition. No empirical UAP mechanism is demonstrated.

Complete supplied ten-page preprint read
PaperS7588

Information-Based Physics and the Influence Network

Kevin H. Knuth. arxiv.org. August 15, 2013.

Knuth develops an influence-network model that conditionally reproduces familiar1+1-dimensional physics relations. Coordinated observers and rate assignments are assumptions. He acknowledges a microscopic coordination problem; gravity extensions remain suggestions. The essay provides no UAP observation or independent empirical validation.

Complete supplied eleven-page essay read; external derivations unreviewed
PaperS7639

An Introduction to Influence Theory: Kinematics and Dynamics

Kevin H. Knuth, James L. Walsh. arxiv.org. July 20, 2018.

Knuth and Walsh develop a model of directed influence with coordinated observers, recovering relativistic kinematics and event-count action in1+1 dimensions. Their treatment of force and time dilation has weak-influence and other approximation limits. The higher-dimensional extension remains unfinished; this is theoretical work rather than empirical UFO evidence.

Complete supplied version2 text; qualified figures

A curated public selection. Source review describes what was read; it does not establish that a claim is true. Our research approach