BioParity.UFO / UAP research

11 sources for “Kevin Knuth research”

Results

PodcastS7542

NASA Physicist Comes Clean on UFOs & Why We Can't Go Back to The Moon | Kevin Knuth

Kevin H. Knuth, Danny Jones. cockatoo.com. August 18, 2025.

Knuth describes his NASA employment, private research recruitment, unspecified harassment contacts and an anonymous driver’s relayed retrieval story. An unnamed official reportedly did not know the alleged craft count. He distinguishes models from other researchers’ radar analysis and retains corrected ISS and helicopter identifications, null flights and an unfunded proposal. Private contacts and repeated accounts remain distinct from access to recovered craft.

Supplied transcript text read
InterviewS7528

Scientists Need to Study UAP — Kevin Knuth, Lehto Files

Kevin Knuth, Chris Lehto. iheart.com. August 27, 2026.

Knuth recounts military missile stories heard from a professor and a relative, qualifies the camera assumption in a FLIR calculation, and describes sonar data he says he received from an unnamed operator. The original records are absent and some remembered numbers conflict. Nongovernment research invitations, natural-orb possibilities and perceptual explanations remain distinct from evidence of classified access.

Supplied automatic transcript read
PaperS103

The New Science of Unidentified Aerospace-Undersea Phenomena

Kevin H. Knuth, Philippe Ailleris, Hussein Ali Agrama, Eamonn Ansbro, Phyllis A. Budinger, Tejin Cai, Thibaut Canuti, Michael C. Cifone, Walter Bruce Cornet, Jr., Frédéric Courtade, Richard Dolan, Laura Domine, Luc Dini, Baptiste Friscourt, Ryan Graves, Richard F. Haines, Richard Hoffman, Hakan Kayal, Sarah Little, Garry P. Nolan, Robert Powell, Mark Rodeghier, Edoardo Russo, Peter Skafish, Erling Strand, Michael Swords, Matthew Szydagis, Gerald T. Tedesco, John J. Tedesco, Massimo Teodorani, Jacques Vallée, Michaël Vaillant, Beatriz Villarroel, Wesley A. Watters. arxiv.org. 2025.

This coauthored review surveys reported aerospace and undersea phenomena, historical cases and proposed research. Selected figure pages distinguish drawings, photographs, material reports and hypothetical interpretations. Its coauthors and reproduced cases do not supply independent verification of underlying events, anomalous materials or government programmes.

Prior supplied HTML; all 195 retained native layouts viewed
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
PaperS7602

Understanding the Electron

Kevin H. Knuth. arxiv.org. November 23, 2015.

Knuth presents a conditional influence-network model connecting ordered interactions to electron-like properties and a free Dirac equation in one spatial dimension. Its assumptions, probability-amplitude choices and continuum limits remain theoretical; the source describes unfinished work and no direct observation of electron zitterbewegung.

Complete supplied preprint; rendered mathematical glyph gaps
PaperS7634

Bayesian evidence and model selection

Kevin H. Knuth, Michael Habeck, Nabin K. Malakar, Asim M. Mubeen, Ben Placek. knuthlab.org. June 29, 2015.

Knuth and colleagues explain Bayesian evidence, prior-sensitive model comparison and approximate estimation. Their examples show how assumptions, dependent observations and numerical uncertainty affect apparent model winners. The paper provides methods context for evaluating claims; its sensor example overlaps an earlier study and supplies no independent UAP observations.

Complete supplied methods text and selected native figures/tables read
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
PaperS7635

Inferences about Interactions: Fermions and the Dirac Equation

Kevin H. Knuth. arxiv.org. December 11, 2012.

Knuth connects ordered-event projections and measurement-sequence inference to an at-rest 1+1-dimensional Dirac checkerboard model. Coordinated observers, local flatness and chosen amplitudes condition the construction. A mass relationship is hypothesized and higher-dimensional extension proposed. This theoretical lineage supplies context rather than independent UAP observations.

Complete supplied preprint text and selected native diagrams read
PaperS7752

Measuring on Lattices

Kevin H. Knuth. arxiv.org. September 21, 2009.

Knuth develops valuation and inference rules on ordered lattices under stated assumptions. This formal methods paper supplies no empirical UAP observations; proof, normalization and later-rendering issues remain explicit.

Complete supplied thirteen-page manuscript; formal inference framework
PaperS7754

Deriving laws from ordering relations

Kevin H. Knuth. arxiv.org. March 3, 2004.

Knuth develops formal valuation rules with probability, geometry and quantum examples. The supplied manuscript is fully reviewed; open conditions, prior assignments and external physical constraints remain explicit, with no empirical UAP data or independently authenticated proofs.

Complete supplied32page manuscript; glyph, proof and original-version gaps

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