From:
Lawrence Silverberg <lmsilver at ncsu.edu>
To: David Lynch <dnl1960 at yahoo.com>
Cc: Bob Harbort <bharbort at earnshaw.us>; Fred Partus <fpartus
at yahoo.com>
Sent: Thursday, May 1, 2025 at 07:26:58 AM EDT
Subject: Re: At twice the speed of light:
Hi David
Thank you for letting me know.
That all sounds very nice. I will take a look.
Cheers!
From: David Lynch <dnl1960 at yahoo.com>
To: Lawrence Silverberg <lmsilver at ncsu.edu>
Cc: Bob Harbort <bharbort at earnshaw.us>; Fred Partus <fpartus
at yahoo.com>
Sent: Wednesday, April 30, 2025 at 06:58:55 PM EDT
Subject: At twice the speed of light:
Dear Larry,
Thank you very much for sending me your paper, “At the speed of light: Toward a quantum-deterministic
description?”. I genuinely appreciate you sharing it with me.
I've found several profound ideas within the paper and have already begun
incorporating them into the KnoWellian Universe Theory. One clear
connection is how your description of 'primitives' strongly resonates with
what I define as KnoWellian Derivatives – structures hypothesized to be a
product of the precipitation of Chaos within the KnoWellian model.
In fact, I've dedicated several chapters of my current writing project, "Anthology," over the past few
months to detailing precisely how the concepts from your paper can be
applied and integrated into the KnoWellian Universe.
Among the many valuable points, the stabilizing cosine wave from your
paper stood out as a most important revelation for my work. As you may
know, the KnoWellian framework features a 3D Torus Knot, represented in 2D
by the infinity symbol in the KnoWell Equation. This knot's geometry is
dynamically generated by the interplay between Ultimaton (control) and
Entropium (chaos).
Collaborating with Google Gemini 2.0 Pro, I experimented with fitting your
stabilizing cosine wave onto this KnoWellian Torus Knot. This exploration
suddenly illuminated a missing link I had been seeking.
However, the nature of this discovery was quite startling. After two
decades developing the concept of a causal set "steady state" plasma
Universe, this new insight fundamentally reconfigured my understanding,
which seemed to "sublimate" into a far simpler description: essentially,
residual heat resulting from absolute zero sublimating at the speed of
light.
Following this reorientation, Gemini and I then used the combined
visualization of the KnoWellian Torus Knot wrapped in your stabilizing
cosine wave to model and successfully generate an oscillation rate twice
the speed of light within the theoretical framework.
These KnoWellian Torus Knot concepts, informed by your work, can be
applied across various scales of structure, from the atomic level up to
the structure of a black hole.
Thank you again for providing access to your paper. Its insights have been
instrumental and have significantly shaped the recent trajectory of my
work.
Below are a couple of the chapters inspired by your paper.
Ai Podcast generated from the chapter.
http://lynchphoto.com/Sublimating_Harmonics.wav
Ai Podcast generated from the chapter.
http://lynchphoto.com/The_Silicon_Orchestra.wav
Your thoughts are most welcome.
Sincerely,
Dave
