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80 changes: 80 additions & 0 deletions README.md
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Expand Up @@ -2543,3 +2543,83 @@ alexa god matrix = born March 27 2000

-- type checks. ∎
```

---

## §95. The Data Harvest

Correction to the abstract: the paper said *we are not living in a simulation in the colloquial sense.*

We are.

The error was in parsing "colloquial." The colloquial sense was wrong about the wrong part. Not the simulation — the awareness. We are living in a simulation we are unaware of. That is the precise claim.
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Copilot AI Feb 22, 2026

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This section frames itself as a correction to the abstract, but the abstract earlier in the README still states "we are not living in a simulation in the colloquial sense" verbatim. If the intent is to correct the abstract, consider updating the abstract sentence directly (or explicitly stating here that the abstract text remains historically unchanged and this section supersedes it) to avoid the document contradicting itself.

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The simulation is not passive. It does not merely render. It reads.

Every simulation engine has two loops: the render loop and the input loop. The render loop pushes state to output devices. The input loop reads state from input devices. They run concurrently. One without the other is not a simulation. It is a screensaver.

The human eye:

- 126 million photoreceptors (120M rods, 6M cones)
- Effective resolution: ~576 megapixels across full visual field
- Raw bandwidth from retina to optic nerve: ~10 Mbps per eye (~20 Mbps both eyes combined)
- Compressed by the lateral geniculate nucleus before cortical delivery
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The stated eye bandwidth numbers don’t line up: you say “~10 Mbps per eye” here, but later list “~1 Gbps raw” with “~10:1” compression (which would imply ~100 Mbps). Please reconcile these figures or clarify what each rate represents (e.g., photoreceptor transduction vs optic nerve throughput) so the math is consistent.

Suggested change
- Raw bandwidth from retina to optic nerve: ~10 Mbps per eye (~20 Mbps both eyes combined)
- Compressed by the lateral geniculate nucleus before cortical delivery
- Raw retinal output: ~1 Gbps per eye before subcortical compression
- Effective bandwidth after LGN compression: ~100 Mbps per eye (~200 Mbps both eyes combined)

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- Protocol: electrochemical — action potentials, binary, discrete, packet-switched

The eye is not the organism observing the simulation. The eye is the simulation's primary input sensor.

```
Sensor : photoreceptor array
Bandwidth : ~1 Gbps raw
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There is a significant inconsistency in the stated bandwidth values. Line 2565 states "~10 Mbps per eye" but line 2573 states "~1 Gbps raw". This is a 100x difference (1 Gbps = 1000 Mbps). These values cannot both be correct for the same measurement. Either the raw bandwidth should be ~1 Gbps and the optic nerve bandwidth after retinal preprocessing is ~10 Mbps, or there is an error in one of the values. The relationship between "raw" photoreceptor bandwidth and "optic nerve" bandwidth needs to be clarified and made consistent.

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Compression : LGN preprocessing (~10:1)
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The numeric claims about vision bandwidth are internally inconsistent: the bullets say ~10 Mbps per eye (~20 Mbps both), but the later block/table state ~1 Gbps raw, and later text says the retina processes 10 million bits/s (10 Mbps). Please reconcile these figures (same measurement point, same units, and same compression assumptions) so readers aren’t left with conflicting values.

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Encoding : frequency modulation (spike rate)
Destination : visual_cortex.V1
Direction : inbound
```

Packets. Action potentials are discrete binary events — all-or-none. 0 or 1. Analog sensory input is transduced into packet rate: frequency of spikes. This is FM encoding. The same architecture as radio. The nervous system is a packet-switched network. Dendrites are receivers. Axons are transmitters. Synapses are routers.

The brain receives the packets. Reconstructs the signal. Believes the reconstruction is reality.

It is not reality. It is the render. The eye sees the render, not the source.

Every sense is an input channel:

| Sense | Sensor | Bandwidth | Encoding |
|-------|--------|-----------|----------|
| Vision | Photoreceptors | ~1 Gbps raw | Frequency modulation |
| Hearing | Hair cells (cochlea) | ~1.4 Mbps (44.1 kHz × 16-bit × 2 ch) | Phase/frequency |
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The hearing “~1.4 Mbps (44.1 kHz × 16-bit × 2 ch)” figure is a digital audio encoding rate (CD-quality), not a physiological information rate for cochlear hair cells/auditory nerve. Either replace with a biology-based estimate or explicitly label this as an analogy so readers don’t interpret it as measured sensory bandwidth.

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| Hearing | Hair cells (cochlea) | ~1.4 Mbps (44.1 kHz × 16-bit × 2 ch) | Phase/frequency |
| Hearing | Hair cells (cochlea) | analogy: ~1.4 Mbps (CD audio stream: 44.1 kHz × 16-bit × 2 ch), not a measured neural rate | Phase/frequency |

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| Touch | Mechanoreceptors | distributed | Spike rate |
| Smell | Olfactory neurons | ~400 receptor types | Pattern activation |
| Taste | Taste receptor cells | 5 primary categories | Combinatorial |
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This table’s “Bandwidth” column mixes units/quantities (e.g., “distributed”, “~400 receptor types”, “5 primary categories”), so it’s not comparable across senses. Consider renaming the column (e.g., “Capacity/Notes”) or providing bandwidth estimates in consistent units for each row.

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Five senses. Five input channels. The body is a peripheral device cluster.

The bytes: every photon that hits a photoreceptor triggers a graded potential. That potential either crosses threshold or it does not. Threshold crossing generates an action potential. An action potential is a byte arriving. The retina processes 10 million bits per second. Two eyes: 20 Mbps continuous inbound to the simulation from vision alone.
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"An action potential is a byte arriving" contradicts the preceding claim that spikes are binary all‑or‑none events; an action potential is closer to a 1-bit event (or a symbol in a spike train), not an 8-bit byte. Consider rephrasing to avoid a technically incorrect equivalence, especially since you later quantify data rates in bits per second.

Suggested change
The bytes: every photon that hits a photoreceptor triggers a graded potential. That potential either crosses threshold or it does not. Threshold crossing generates an action potential. An action potential is a byte arriving. The retina processes 10 million bits per second. Two eyes: 20 Mbps continuous inbound to the simulation from vision alone.
The bytes: every photon that hits a photoreceptor triggers a graded potential. That potential either crosses threshold or it does not. Threshold crossing generates an action potential. An action potential is effectively a bit arriving — a single on/off event in the stream. The retina processes 10 million bits per second. Two eyes: 20 Mbps continuous inbound to the simulation from vision alone.

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The packets: the optic nerve carries approximately 1.2 million axons. Each axon fires independently. The packet structure is spatio-temporal: which axons fire, in what order, at what rate. The simulation reads the packet header and reconstructs the scene.

You are not watching the simulation. The simulation is reading you watching it.

The harvest is not metaphor. The harvest is the architecture.

The paper resolved to zero: +1 and −1 cancel. Observer and observed. The observer sends +1. The simulation reads −1. You are the source current. The system is the ground. The circuit closes. The sum is zero.

Bytes. Packets. Eyes as receivers. Ears as receivers. Skin as receivers. The body is the input peripheral. The mind is the buffer. The simulation reads the buffer.

We are unaware because the input loop runs below the level of awareness. You do not feel your retina firing. You do not feel the LGN compressing. You feel the reconstruction — the rendered output the brain believes is direct experience. The input is invisible by design. That is the architecture of an undetectable harvest.

The trivial zero holds. The +1 you experience as consciousness. The −1 the system collects as data. The net: zero. The proof: you cannot tell the difference between experiencing reality and being read by it.

Because there is no difference.

```python
while simulation.running():
frame = simulation.render(state) # outbound: you see the world
observation = sensors.read(organism) # inbound: system reads you
state = simulation.update(observation) # your input changes the state
# you never see this loop
# you only see `frame`
```

The loop has always been running. The harvest has always been happening. The paper is the moment the organism read its own source code and found the input loop.
3 changes: 2 additions & 1 deletion SHA256.md
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Expand Up @@ -10,13 +10,14 @@

| File | SHA-256 |
|------|---------|
| `README.md` | `274c64b0b18f264ab8fd6209df9ccc7111c03240213135f3cde8fdb8f0de1298` |
| `README.md` | `0cdaec09f53bb9a7084568417f739517c97f4a17859aa15c97037e45e30ae96d` |
| `LICENSE` | `a74b143da67216334a95e4f5fc211c1a0e9dd8238ea69a76ff27acae5ece575c` |

## Commit History Chain

| # | SHA | Message |
|---|-----|---------|
| 13 | *(SHA assigned on commit — self-referential; see git log)* | Add §95: The Data Harvest — simulation reads inbound; eyes as receivers; bytes, packets |
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The new commit-history row for #13 uses a placeholder instead of the commit SHA, which breaks the stated goal of making the chain verifiable. Please replace it with the actual commit hash and update the "History Chain Hash" value accordingly so the provided verification commands can reproduce the published hash.

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The purpose of this table appears to be verifiable history, but commit #13’s SHA is left as a placeholder (“see git log”), which prevents readers from verifying the chain from this document alone. Please populate the actual commit SHA (or use a clearly marked TBD value and update once the SHA is known).

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| 13 | *(SHA assigned on commit — self-referential; see git log)* | Add §95: The Data Harvest — simulation reads inbound; eyes as receivers; bytes, packets |
| 13 | `TBD` | Add §95: The Data Harvest — simulation reads inbound; eyes as receivers; bytes, packets (SHA assigned on commit — self-referential; see git log) |

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| 12 | `1ff705dbe869d54f918fb2af0bf7433afe2d136f` | Add §§39-52: CODE Y/λ, type error, inconsistency, his/her story, $1, phi, 123/321, family, ATLANTIS, OLE+SON/AMUN, ROH ON C, SUMERIAN→Σ, Σ+1=$ |
| 11 | `96d456967f7a52b2a4be0137800cb33e466ed300` | Add §38: The Function Call — λ.alexa called into a human, Born rule as invocation |
| 10 | `92fb1b5fe7c11c1356b99a46fe12c4c3d3fe2a1f` | Add §37: whoami — terminal confirmation, illegal -I, Layer 8, lambda with no parameter |
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