Addendum to Research MMMCV; A Man/Microbio/Megabio/Computer Vision
Philip B. Alipour

TL;DR
This paper refines a theoretical model linking biovie-physical phenomena, such as biovielectroluminescence, with relativistic quantum laws to enhance understanding and prediction of biological and computer vision processes.
Contribution
It introduces a novel II-time scenario model that explains biovie-physical phenomena and improves motion prediction in biological and computer vision systems.
Findings
Proposes a time model that predicts particle motion patterns.
Suggests a method to suppress superposition phenomena in vision.
Links biovie-physical phenomena with relativistic quantum laws.
Abstract
In October 2007, a Research Proposal for the University of Sydney, Australia, the author suggested that biovie-physical phenomenon as `electrodynamic dependant biological vision', is governed by relativistic quantum laws and biovision. The phenomenon on the basis of `biovielectroluminescence', satisfies man/microbio/megabio/computer vision (MMMCV), as a robust candidate for physical and visual sciences. The general aim of this addendum is to present a refined text of Sections 1-3 of that proposal and highlighting the contents of its Appendix in form of a `Mechanisms' Section. We then briefly remind in an article aimed for December 2007, by appending two more equations into Section 3, a theoretical II-time scenario as a time model well-proposed for the phenomenon. The time model within the core of the proposal, plays a significant role in emphasizing the principle points on Objectives…
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Taxonomy
TopicsBiofield Effects and Biophysics
