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Front cover of Quantum Motion Under Uncertainty by Ian Winfield Dansereau — Foundations of Quantum Mechanics and the RFPA/AVPT Estimator, published by Odisena.
Odisena · Technical Book

Quantum Motion Under Uncertainty

Foundations of Quantum Mechanics and the RFPA/AVPT Estimator

By Ian Winfield Dansereau

Published by Odisena · First Edition · 2026

Quantum mechanics does not predict a hidden classical path. It predicts conditional states, measurable distributions, and calibrated uncertainty. This book develops that machinery from first principles and proposes a governed architecture for using it responsibly.

Amazon Kindle edition pending publication Read the illustrated preview

Preview: a 29-page illustrated excerpt (PDF). The full reader edition is distributed through Amazon Kindle and print; it is not downloadable here.

What the book contains

From first principles to a governed estimator

  • Foundations of states, observables, dynamics, and uncertainty
  • A complete one-dimensional Gaussian wave-packet model
  • Continuous measurement and stochastic quantum filtering
  • The quantum Kalman-Bucy reduction
  • The complete RFPA/AVPT governed estimator
  • Physicality, calibration, innovation, and recovery gates
  • 24 original technical illustrations and linked scientific sources
Scientific boundary

The RFPA/AVPT framework is presented as a proposal built around established quantum filtering and estimation methods.

It does not invalidate the uncertainty principle and makes no patentability or freedom-to-operate assertion. The book identifies established results, prior art, hypotheses, and proposed integration separately.

Edition information

Editions & identifiers

Kindle / EPUB ISBN
979-8-951779-23-6
PDF edition ISBN
979-8-951779-22-9
Publisher
Odisena
Language
English
Publication year
2026

ISBNs are assigned from the Odisena registration block per approved governance (979-8-951779-22-9 for the PDF edition; 979-8-951779-23-6 for the EPUB/Kindle edition). The authoritative ISBN registry is maintained outside this repository; the binding registry claim is a separate database action and is not asserted as executed by this page.