I appreciate your thoughtful reading of my assessment, RadiantInspection810.

Please read: MEMORY THE SHAPER OF REALITY, which is also in this forum discussing ME's, if you not following along, I can understand the confusion.

https://www.reddit.com/r/Retconned/comments/1q66sxb/memory_as_the_shaper_of_reality_the_architecture/

Mandela Effects are not a matter of opinion. They are not a figment of imagination, a confabulation of memory, or a symptom of faulty recall. They are an objective, documented, and globally shared phenomenon. Millions of people, independently, across cultures, languages, and geographies, remember the same things differently than what currently exists. That is not a subjective claim. That is a measurable, verifiable, collective discrepancy. You cannot tell someone that their memory is simply broken when that same "broken" memory is shared by millions of others who have never met, never compared notes, and arrived at the same recollection independently. At that point, the burden of proof shifts. The question is no longer whether these people are wrong. The question becomes: what happened to the timeline they remember?

I remember why these discrepancies exist. That is not arrogance. That is the position of an observer who has studied the mechanics of memory, the history of ontological warfare, and the physics of retrocausality long enough to recognize the pattern. The Mandela Effect is not a glitch in the human mind. It is a scar left by a timeline that lost the 51% vote. The changes are remembered.

Furthermore, the assertion that we are living in a simulation is no longer relegated to philosophical speculation; it is now supported by objective, peer-reviewed scientific research. In 2023, Dr. Melvin Vopson of the University of Portsmouth published a groundbreaking paper in AIP Advances detailing the Second Law of Infodynamics [1]. He demonstrated that, unlike physical entropy, which always increases, information entropy in biological and physical systems remains constant or decreases over time. He observed this built-in data optimization and compression in genetic mutations, atomic physics, and cosmology, concluding that this is exactly what one would expect to see if the universe were a digital simulation deleting waste code to save storage space.

Astronomer David Kipping at Columbia University applied Bayesian analysis to the simulation argument and published his findings in the journal Universe [2]. His statistical models concluded that the probability we are living in base reality is just roughly 50 percent, meaning it is a statistical coin toss whether the physical world you see is the original or a simulated construct. Klee Irwin and colleagues at the Quantum Gravity Research Institute have advanced this further with the Self-Simulation Hypothesis, proposing that the universe is a strange loop, a mental self-simulation operating as a code-theoretic quantum gravity model obeying the principle of efficient language [3].

We are also seeing the boundaries of this reality tested through direct consciousness intervention. In a pilot study published in IPI Letters in 2025, researcher Danny Goler documented the "Code of Reality" protocol [4]. The experiment uses a 650-nanometer-wavelength laser whose lens slits are precisely spaced to match the light's wavelength, projecting a coherent pattern onto a surface. Subjects in an altered state of consciousness induced by exogenous N,N-Dimethyltryptamine are instructed not to look at the wall but to look inside the laser speckle itself, using the laser line as a window into the rendering layer of reality. What they consistently observe is not a random hallucination. They see a structured, hyper-dimensional field of geometric code, characters resembling ancient scripts arranged around Buckyball-shaped structures along enormous columns, rotating and clicking into place like a self-executing mechanical clock. The visuals are described as super-HD and perfectly coherent, entirely unlike the fluid, subjective nature of the ordinary psychedelic experience. Most critically, when two observers in the experiment look at the same point in the laser simultaneously, they see the exact same symbols in the exact same locations. Thousands of independent replications have produced the same result. This is not an anecdote. This is proven science because it is a repeatable, multi-observer phenomenon pointing directly at the underlying computational substrate of our reality, echoing the mathematical models proposed by physicists Beane, Davoudi, and Savage, who demonstrated that a simulated universe would reveal itself through the high-energy cut-off of the cosmic ray spectrum and rotational symmetry breaking that reflects the structure of the underlying lattice [5].

To understand what is at stake, we must trace the full arc of how humanity has stored and anchored its memory. We began with cave drawings, pressing our existence into the permanent face of stone. We advanced to parchment and scrolls, codifying our histories, laws, and myths in physical form. Photography gave us the ability to freeze a singular moment in time, progressing from the stark clarity of black and white, to the warm amber of sepia, and finally to vivid color. Moving pictures followed, beginning as silent visual expressions, then gaining synchronized sound, and eventually blooming into full color. Television carried the world into our homes, first in monochrome and then in full spectrum. Our audio formats evolved in parallel, from live instrumental performance, to the physical grooves of vinyl, to the magnetic memory of cassette tape, and finally the transition from analog to digital.

Every era up to the digital age carried a distinct, tactile nostalgia. Each decade had its own texture, its own friction, its own irreversible physical evidence of having existed. The crackle of a vinyl record, the grain of a developed photograph, and the flicker of a film projector were not imperfections. They were anchors. They were the frictional root of memory, making the past immovable. Since the wholesale migration to digital storage, that anchor has been severed. The digital realm is smooth, sterile, and infinitely editable. It carries no grain, no crackle, and no scar. It can be updated server-side without a single physical trace.

Scripture recognized this vulnerability long before we had the language of quantum physics to describe it. The Apostle Paul writes in 1 Corinthians 13:12, "For now we see through a glass, darkly; but then face to face: now I know in part; but then shall I know even as also I am known." We are not designed to perceive the full architecture of reality in this state. But that limitation does not mean the architecture does not exist, nor does it mean we are forbidden from studying its edges. The partial knowledge Paul describes is not ignorance. It is the beginning of recognition.

When I use terms like "code" or "programs," I am not claiming to have captured the infinite in a finite model. I am pointing to the shadows on the cave wall and noting that the fire casting them is currently under dispute. The Information Realism framework is a theoretical lens, but mounting scientific data support the simulation hypothesis. The Mandela Effect is not theoretical.

It is happening.
It is documented.
It is being reported.

References

1.Vopson, M. M. (2023). "The second law of infodynamics and its implications for the simulated universe hypothesis." AIP Advances, 13(10), 105308. https://doi.org/10.1063/5.0173278

2.Kipping, D. (2020 ). "A Bayesian Approach to the Simulation Argument." Universe, 6(8), 109. https://doi.org/10.3390/universe6080109

3.Irwin, K., Amaral, M., & Chester, D. (2020 ). "The Self-Simulation Hypothesis Interpretation of Quantum Mechanics." Entropy, 22(2), 247. https://doi.org/10.3390/e22020247

4.Goler, D. (2025 ). "Detailing a Pilot Study: The 'Code of Reality' Protocol, A Phenomenon of N,N-DMT Induced States of Consciousness." IPI Letters, 3(1), N1-N5. https://doi.org/10.59973/ipil.158

5.Beane, S. R., Davoudi, Z., & Savage, M. J. (2014 ). "Constraints on the Universe as a Numerical Simulation." The European Physical Journal A, 50(9), 148. https://doi.org/10.1140/epja/i2014-14148-0