Mind-Upload Commons
Public Page Summary Booklet
This page is the main entry point to Mind-Upload. It is designed to show, as quickly as possible, what this site is trying to do, where to start reading, and which pages matter first.
Reference Date
2026-04-04
Current Focus
Connectome-complete is not emulation-complete.
Primary Entry
Mind-Upload -> Verification Commons
What This Site Builds First
To keep mind uploading and WBE from remaining only a dream narrative, the first requirement is a shared rule set. Mind-Upload puts data layout, evaluation, failure judgment, and reproduction procedures in place first so anyone can check the same result against the same criteria.
What It Does Not Claim Yet
- Connectome-complete is not emulation-complete.
- Human evidence remains layered and proxy-based.
- Same-subject wording does not make one state sample.
- Proxy bundles need compatibility, repeatability, and disagreement audits.
Core Pages To Read Now
Mind-Upload / Verification: Mind Uploading Verification Commons / Technical Roadmap: Understanding WBE Through Measurement, Reconstruction, and Implementation / Toward Mind Uploading: An Integrated Technical and Theoretical Approach / Data & Hands-on: Where to start and how to get to L0 / Contribution Guide
Contents
Booklet Overview
1. Site Scope
This page is the main entry point to Mind-Upload.
2. Known vs Unknown
This page does not claim that WBE is already possible. It defines the substrate needed to test whether it is.
3. Core Page Roles
This page is a map of WBE questions arranged under measurement, reconstruction, implementation, verification, and…
4. Support Routes
This page is the operations hub for fixing where public content should go so material does not scatter across the site.
5. Next Actions
This page explains how to participate in Mind-Upload, how to read issue status, and how to separate changes that can…
6. Source Pages
The booklet closes with a compact route back to the detailed public pages.
In One Sentence
The core of Mind-Upload is not bold conclusions but a verification commons that lets progress be measured.
Main Takeaway
The project scope, realistic work range, reading order, and the stop lines around hidden-state / proxy / drift claims
Project Scope
What This Site Is Trying To Build
To keep mind uploading and WBE from remaining only a dream narrative, the first requirement is a shared rule set. Mind-Upload puts data layout, evaluation, failure judgment, and reproduction procedures in place first so anyone can check the same result against the same criteria.
What We Fix First
- Standards, repositories, benchmarks, and audits must be built as one package.
- Claim levels and failure conditions are fixed up front so decoding is not confused with emulation.
- For maintenance-state claims, local causal evidence and living-human proxy evidence are kept on separate axes, so bridge assumptions must be disclosed rather than silently fused.
- For decode / biomarker scores, the Specificity & Shortcut Card separates the target neural variable from nuisance routes and audits subject / session fingerprint plus acquisition-distribution shortcuts independently.
What We Do Not Claim Up Front
- It remains unresolved whether noninvasive measurement alone can capture enough internal state for WBE.
- Recent rodent causal studies show that astrocyte-state can matter for recall, multiday stabilization, and fear-state representations, but this still does not provide a human whole-brain readout.
- Current human astrocyte-related PET route-role families, target-defined neuroimmune PET target families, and transport-side clearance routes remain non-equivalent proxy classes: SMBT-1 MAO-B target-validation / disease-context / quantification / biodistribution, SL25.1188 MAO-B quantification / severity-conditioned routes, I2BS routes, TSPO disease-context / pathology-validated PET, CSF1R first-in-human route-setting PET, COX-2 celecoxib-blockade / test-retest-bounded enzyme PET, and human macroscopic CSF-oscillation / parenchyma-CSF water-exchange / respiration-conditioned net-flow / exercise-conditioned contrast-influx / meningeal-lymphatic-flow / intrathecal-tracer / CSF-to-blood-clearance / CSF-mobility / model-based biomarker-efflux routes still do not identify which astrocyte, microglial controller, or synapse is responsible.
- A connectome, cell type, and glial proxy do not by themselves fix local ATP reserve or mitochondrial positioning, so repeated-burst and dendritic-plasticity claims need a separate bioenergetic ceiling.
| Lens | What To Read Now |
|---|---|
| Entry | Mind-Upload This page is the main entry point to Mind-Upload. It is designed to show, as quickly as possible, what this site is trying to do, where to start reading, and which pages matter first. |
| Verification Commons | Verification: Mind Uploading Verification Commons This page is the core blueprint of Mind-Upload. |
| Technical Map | Technical Roadmap: Understanding WBE Through Measurement, Reconstruction, and Implementation This page is a map of WBE questions arranged under measurement, reconstruction, implementation, verification, and social deployment. |
| Theory Framing | Toward Mind Uploading: An Integrated Technical and Theoretical Approach This page is a long research note that starts from observability, identifiability, and maintenance-state burdens, and only then asks what kinds of theoretical interpretation survive those… |
Known vs Unknown
What Is Known and What Remains Open
Relatively Well Supported
- Connectome-complete does not mean emulation-complete; missing maintenance-state variables must be audited separately.
- Human evidence is layered: local ultrastructure, synaptic-density PET, receptor / transporter atlas priors, selected occupancy PET routes, challenge-limited displacement / release PET routes, five-metabolite 1H-MRSI similarity scaffolds, high-resolution 1H-MRSI metabolite-distribution routes, 31P metabolite / pH balance, 31P MT exchange-flux, 31P NAD-content mapping, 31P functional NAD-dynamics routes, deuterium metabolite-mapping / absolute-quantification routes, deuterium kinetic-rate imaging, quantity-defined ionic proxy families, tract-scale transmission-speed routes, myelin-sensitive / tissue-health-sensitive MRI ratio families, macro thermal / perturbation-conditioned thermal proxy families, BBB water-exchange proxies, tracer-specific BBB transport proxies, blood-CSF barrier / choroid-plexus perfusion / blood-to-CSF transport / water-cycling / apparent-exchange proxies, SMBT-1 MAO-B target-validation / disease-context / quantification / biodistribution routes, SL25.1188 MAO-B quantification / severity-conditioned routes, I2BS routes, TSPO disease-context / validation-bounded PET, CSF1R route-setting target-defined PET, COX-2 enzyme-defined PET, and macroscopic CSF oscillation / parenchyma-CSF water exchange / respiration-conditioned net-flow / exercise-conditioned contrast-influx / meningeal-lymphatic-flow / intrathecal-tracer / CSF-to-blood-clearance / CSF-mobility / model-based biomarker-efflux routes are not one near-direct readout.
- Same-subject or same-brain wording does not by itself make a live-to-fix, cross-regime, or cross-day workflow one state sample; bridge delay, regime continuity, coordinate transfer, and bridge validation still matter.
- Several living-human proxy rows are not promoted together unless same-subject relation, effective time window / physiological-regime compatibility, route-local repeatability versus transfer, disagreement handling, model burden, and residual hidden-state ceilings are disclosed explicitly.
- The Temporal Validity Card is now part of the public workflow so same-day success is not silently promoted to cross-day or long-term claims.
Still Open or Conditional
- It remains unresolved whether noninvasive measurement alone can capture enough internal state for WBE.
- Recent rodent causal studies show that astrocyte-state can matter for recall, multiday stabilization, and fear-state representations, but this still does not provide a human whole-brain readout.
- Current human astrocyte-related PET route-role families, target-defined neuroimmune PET target families, and transport-side clearance routes remain non-equivalent proxy classes: SMBT-1 MAO-B target-validation / disease-context / quantification / biodistribution, SL25.1188 MAO-B quantification / severity-conditioned routes, I2BS routes, TSPO disease-context / pathology-validated PET, CSF1R first-in-human route-setting PET, COX-2 celecoxib-blockade / test-retest-bounded enzyme PET, and human macroscopic CSF-oscillation / parenchyma-CSF water-exchange / respiration-conditioned net-flow / exercise-conditioned contrast-influx / meningeal-lymphatic-flow / intrathecal-tracer / CSF-to-blood-clearance / CSF-mobility / model-based biomarker-efflux routes still do not identify which astrocyte, microglial controller, or synapse is responsible.
- A connectome, cell type, and glial proxy do not by themselves fix local ATP reserve or mitochondrial positioning, so repeated-burst and dendritic-plasticity claims need a separate bioenergetic ceiling.
- A glial proxy or generic metabolic note does not by itself fix astrocyte network / ensemble state, so recall, reconsolidation, and multiday-stabilization claims need a separate astrocyte-state ceiling.
Step 1
Entry
The core of Mind-Upload is not bold conclusions but a verification commons that lets progress be measured.
Step 2
L0
We look at the shared infrastructure first, then the starter datasets.
Step 3
L1-L2
Claim levels and failure conditions are fixed up front so decoding is not confused with emulation.
Later
Higher-Level Claims
It is still unsettled which measurement granularity will ultimately be sufficient for WBE.
Technical Stop Lines
Technical Stop Lines At The Front Door
Observation Ceiling
- Maintenance-state variables such as sleep/homeostasis, sleep architecture / replay-coupling, myelin, thermal-state, ionic milieu / chloride homeostasis, post-transcriptional RNA-state, phospho-signaling / second-messenger state, local proteostasis / synaptic tagging, cargo-transport / cytoskeletal trafficking state, perisynaptic ECM / PNN state, bioenergetic / mitochondrial state, neurovascular-unit / BBB / pericyte state, glial substrate-routing, astrocyte-state, and clearance / immune support remain outside the wiring diagram.
- Connectome-complete does not mean emulation-complete; missing maintenance-state variables must be audited separately.
- Human evidence is layered: local ultrastructure, synaptic-density PET, receptor / transporter atlas priors, selected occupancy PET routes, challenge-limited displacement / release PET routes, five-metabolite 1H-MRSI similarity scaffolds, high-resolution 1H-MRSI metabolite-distribution routes, 31P metabolite / pH balance, 31P MT exchange-flux, 31P NAD-content mapping, 31P functional NAD-dynamics routes, deuterium metabolite-mapping / absolute-quantification routes, deuterium kinetic-rate imaging, quantity-defined ionic proxy families, tract-scale transmission-speed routes, myelin-sensitive / tissue-health-sensitive MRI ratio families, macro thermal / perturbation-conditioned thermal proxy families, BBB water-exchange proxies, tracer-specific BBB transport proxies, blood-CSF barrier / choroid-plexus perfusion / blood-to-CSF transport / water-cycling / apparent-exchange proxies, SMBT-1 MAO-B target-validation / disease-context / quantification / biodistribution routes, SL25.1188 MAO-B quantification / severity-conditioned routes, I2BS routes, TSPO disease-context / validation-bounded PET, CSF1R route-setting target-defined PET, COX-2 enzyme-defined PET, and macroscopic CSF oscillation / parenchyma-CSF water exchange / respiration-conditioned net-flow / exercise-conditioned contrast-influx / meningeal-lymphatic-flow / intrathecal-tracer / CSF-to-blood-clearance / CSF-mobility / model-based biomarker-efflux routes are not one near-direct readout.
- Human whole-brain evidence remains layered and proxy-based; no current route directly fixes current transcription / chromatin state, post-transcriptional RNA-state, phospho-signaling / second-messenger state, local electrical-coupling / extracellular-geometry / inhibitory-driving-force regime, ECM / PNN gate state, local proteostasis / synaptic-tag capture, cargo-routing state, neuromodulatory occupancy / release state, chloride set point, neurovascular-unit / BBB / pericyte controller state, or branch-local mitochondrial positioning.
Interpretation Ceiling
- Same-subject or same-brain wording does not by itself make a live-to-fix, cross-regime, or cross-day workflow one state sample; bridge delay, regime continuity, coordinate transfer, and bridge validation still matter.
- Several living-human proxy rows are not promoted together unless same-subject relation, effective time window / physiological-regime compatibility, route-local repeatability versus transfer, disagreement handling, model burden, and residual hidden-state ceilings are disclosed explicitly.
- The Temporal Validity Card is now part of the public workflow so same-day success is not silently promoted to cross-day or long-term claims.
- High decode / biomarker scores can rise from subject / session fingerprint alone, so the Specificity & Shortcut Card audits that shortcut independently.
Connectome-complete does not mean emulation-complete; missing maintenance-state variables must be audited separately.
Core Pages
Role of the Core Pages
| Page | Role | Summary |
|---|---|---|
| Mind-Upload | Start Here - Define success criteria, standards, benchmarks, and preregistration first | This page is the main entry point to Mind-Upload. It is designed to show, as quickly as possible, what this site is trying to do, where to start reading, and which pages matter first. |
| Verification: Mind Uploading Verification Commons | Platform - Use the logic of PDB x BIDS x PhysioNet x OSF to define WBE success conditions and reproducible progress | This page is the core blueprint of Mind-Upload. |
| Technical Roadmap: Understanding WBE Through Measurement, Reconstruction, and Implementation | Roadmap (Definition #1) - Break 'what counts as progress' into a question tree with reading order and minimum arrival conditions | This page is a map of WBE questions arranged under measurement, reconstruction, implementation, verification, and social deployment. |
| Toward Mind Uploading: An Integrated Technical and Theoretical Approach | Perspective - Audit the hypothesis of reproducing brain information processing on another substrate through the barriers of measurability, identifiability, and maintenance state | This page is a long research note that starts from observability, identifiability, and maintenance-state burdens, and only then asks what kinds of theoretical interpretation survive those… |
| Data & Hands-on: Where to start and how to get to L0 | Resource - Connect ``what to use'' and ``how to reproduce'' in the shortest route without separating them. | This page is a practical guide that answers both ``Which public data should I start validation with first?'' and ``How do I proceed to L0 reproducible analysis?'' in one place. |
| Contribution Guide | Guide - Join the research workflow and read the issue tracker | This page explains how to participate in Mind-Upload, how to read issue status, and how to separate changes that can be made now from tasks that remain externally dependent. |
Mind-Upload
Mind-Upload is a site for breaking the large question, "Can a mind be reproduced on a computer?", into small, testable tasks. Instead of rushing to a final conclusion, it starts by defining what counts as progress and whether other people can verify the same result.
- Several living-human proxy rows are not promoted together unless same-subject relation, effective time window / physiological-regime compatibility, route-local repeatability versus transfer, disagreement handling, model burden, and residual hidden-state ceilings are disclosed explicitly.
- Current human astrocyte-related PET route-role families, target-defined neuroimmune PET target families, and transport-side clearance routes remain non-equivalent proxy classes: SMBT-1 MAO-B target-validation / disease-context / quantification / biodistribution, SL25.1188 MAO-B quantification / severity-conditioned routes, I2BS routes, TSPO disease-context / pathology-validated PET, CSF1R first-in-human route-setting PET, COX-2 celecoxib-blockade / test-retest-bounded enzyme PET, and human macroscopic CSF-oscillation / parenchyma-CSF water-exchange / respiration-conditioned net-flow / exercise-conditioned contrast-influx / meningeal-lymphatic-flow / intrathecal-tracer / CSF-to-blood-clearance / CSF-mobility / model-based biomarker-efflux routes still do not identify which astrocyte, microglial controller, or synapse is responsible.
- Connectome-complete does not mean emulation-complete; missing maintenance-state variables must be audited separately.
Verification: Mind Uploading Verification Commons
To keep mind uploading and WBE from remaining only a dream narrative, the first requirement is a shared rule set. Mind-Upload puts data layout, evaluation, failure judgment, and reproduction procedures in place first so anyone can check the same result against the same criteria.
- A spectroscopy label without quantity-type disclosure remains too coarse; 1H-MRSI similarity, high-resolution 1H-MRSI metabolite-distribution mapping, 31P metabolite / pH balance, 31P MT exchange-flux, 31P NAD-content mapping, 31P functional NAD-dynamics routes, deuterium metabolite-mapping / absolute-quantification routes, and deuterium kinetic-rate imaging are not interchangeable proxy classes.
- A maintenance-state claim that combines rodent causal evidence with human proxy evidence still needs an explicit bridge statement naming the matched state family, proxy class, and remaining latent controller.
- For living-human proxy bundles, the Human Proxy Composition Card fixes direct observable by row, same-subject relation, effective time window / state axis, physiological / perturbation regime compatibility, repeatability / transfer window, model burden, incremental evidence, and residual latent-state ceiling before several proxy routes may be promoted together.
Technical Roadmap: Understanding WBE Through Measurement, Reconstruction, and Implementation
This page is the map of mind-uploading research. Instead of jumping straight to conclusions, it organizes in sequence what to measure, what to reconstruct, how to run it, and how to verify it. In practice, it visualizes where the field currently stands across measurement -> reconstruction -> implementation -> verification -> social deployment.
- M1 / M3 now also split human astrocyte-related PET into SMBT-1 MAO-B target-validation / disease-context / quantification / biodistribution routes, SL25.1188 MAO-B quantification / severity-conditioned routes, and I2BS routes, so `astrocyte PET` is not treated as one interchangeable human row.
- R0 now separates structural scaffold, fast executable state, and maintenance-state families, so `connectome + state` is not treated as one knob.
- Even if connectome or local-activity evidence improves, latent-state and maintenance-state audits are still separate requirements.
Toward Mind Uploading: An Integrated Technical and Theoretical Approach
This page is a long-form research note aimed at turning mind uploading (WBE) into something that can be evaluated as real research. It is organized around four technical questions: what can be observed directly, what remains latent, what can be perturbed or calibrated, and what has to stay stable during implementation. It treats recent results, failures, and limits with the same weight so that the boundary between scaffold progress and state-complete claims remains explicit.
- Inside SV2A / synaptic-density PET, quantification route, same-subject repeatability, healthy atlas, cross-sectional risk contrast, task / cognition association, activation-null stability, and 24 h intervention-response are now kept separate rather than treated as one reusable human row.
- The connectome-dynamics gap is now written as 19 maintenance-state families plus a separate shared electrical-state class, rather than a loose warning that wiring alone is not enough.
- Memory-relevant variables extend beyond wiring into transcriptional, glial, vascular, extracellular, and metabolic maintenance-state families.
Data & Hands-on: Where to start and how to get to L0
This page is a practical list to help you decide which data to practice with first. First, we use public data to create a state in which we can reproduce the same results (L0), and then check to see if we can predict and withstand changes in conditions (L1-L2).
- Foundation-model improvements are not comparable unless the pretraining corpus, channel-mismatch handling, acquisition-distribution summary, and adaptation regime are disclosed.
- A same-subject support-state bundle is no longer treated as self-interpreting; route class, effective window, quantity bridge, common-driver audit, missingness policy, disagreement topology, repeatability, transfer window, and abstention are now fixed as practical fields.
- Even when foundation / self-supervised EEG models are used, pretraining-corpus, coordinate-route / reference-family, omitted-channel, and label-budget audits are still required.
Contribution Guide
Mind-Upload is an open community that advances mind uploading into verifiable research. Regardless of your field or experience, you can immediately participate in tasks that directly lead to improved reproducibility, such as improving sentences, organizing terminology, and pointing out misunderstandings.
- It highlights small but valuable ways to participate, such as improving writing, terminology, and link structure.
- It lets you track issue status without confusing document-level reflection with implemented artifacts.
- It prioritizes issues with clear achievement conditions and falsification conditions over vague strong claims.
Support Pages
Support Pages and Practical Routes
| Page | Role | Summary |
|---|---|---|
| Introduction: Making Mind Uploading / WBE a Measurable Problem | Primer - To protect the dream, build the measuring stick first | This page is an introduction to mind uploading and WBE for readers who do not want to leave the topic at the level of a dream or a slogan. |
| Introduction: What EEG Measures, What It Can Do, and What It Cannot Do | Primer - A realistic guide that refuses to turn EEG into magical mind reading | This page is an introduction that sorts out what EEG measures, what it is good at, and what it is bad at. |
| FAQ: Common Questions and Common Failure Modes | FAQ - Prefer verifiable progress to flashy conclusions | This page is a Q&A for the questions many readers hit first when reading Mind-Upload. It stays short as an entry point, but every strong claim is tied back to a page with evidence. |
| Glossary | Reference - Start by keeping the words straight | This page is a glossary for the terms that appear most often in Mind-Upload. It starts with short everyday-language explanations, then points you back to the more rigorous pages when needed. |
| Public Content Integration Hub | Navigation - A single routing layer to prevent content sprawl and literature-route compression | This page is the operations hub for fixing where public content should go so material does not scatter across the site. |
Introduction: Making Mind Uploading / WBE a Measurable Problem
If you want to move mind uploading forward seriously, the fastest route is to define in advance both the condition under which you can say “this worked” and the condition under which you must say “this failed.” Mind-Upload is building the verification infrastructure needed to make those checks comparable.
- For several maintenance-state families, the strongest causal evidence is still local and rodent while the best human routes remain perturbation-conditioned or macro proxy classes, so bridge assumptions must stay explicit.
- Maintenance-state variables such as sleep/homeostasis, sleep architecture / replay-coupling, myelin, thermal-state, ionic milieu / chloride homeostasis, post-transcriptional RNA-state, phospho-signaling / second-messenger state, local proteostasis / synaptic tagging, cargo-transport / cytoskeletal trafficking state, perisynaptic ECM / PNN state, bioenergetic / mitochondrial state, neurovascular-unit / BBB / pericyte state, glial substrate-routing, astrocyte-state, and clearance / immune support remain outside the wiring diagram.
- Same-subject or same-brain language is not enough by itself: landmarks, latent manifolds, representational geometry, and fingerprint features are different bridge witnesses, and stable use can still depend on alignment or recalibration.
Introduction: What EEG Measures, What It Can Do, and What It Cannot Do
EEG does not directly show the inside of the brain. It measures a mixed electrical pattern at the scalp. That gives EEG strong temporal resolution, but weak and blurry spatial localization. For that reason, Mind-Upload prioritizes data quality control (QC) and shared data-organization rules such as BIDS before anything else.
- Foundation / self-supervised EEG models improve representation learning, but without a Pretraining Card they still remain qualified transfer evidence rather than portable robustness or source-identifiable recovery.
- For foundation-model claims, benchmark object, independent prediction unit, grouped hold-out unit, and inference-stage budget remain separate disclosure fields.
- For large pretrained EEG models, official benchmark operations and postmortems are treated as evidence-bearing conditions, so leaderboard rank is not read apart from split construction, inference-stage budget, or later organizer corrections.
FAQ: Common Questions and Common Failure Modes
This page is designed to block common misunderstandings early. The stronger the claim, the more carefully you should check, in order, (1) the definition of terms, (2) the measurement scale, (3) the condition that would count as failure, and (4) the reproduction procedure.
- At the FAQ front door, EEG foundation-model evidence is now split into representation learning / efficiency, recording-frame compatibility, label-limited adaptation rescue, and benchmark governance / postmortem rather than one `general decoder progress` ladder.
- Recent EEG foundation-model benchmarks still show regime-dependent trade-offs: narrow-source checkpoints can win linear probes while more diverse pretraining can win after fine-tuning, so model rank is not one monotonic capability scale.
- For same-subject / same-brain bridges, landmarks, latent manifolds, representational geometry, and fingerprint features are different carried objects, and stable scores can still depend on alignment, recalibration, or a short fixed-decoder horizon.
Glossary
This glossary is a quick reference for the meaning of terms. It starts with everyday-language explanations, moves to stricter definitions only when needed, and ties the discussion back to measurement, modeling, and verification.
- Readers now also need term-level separation for hidden-state, shortcut-route, maintenance-state, post-transcriptional RNA-state, phospho-signaling / second-messenger state, glial substrate-routing, astrocyte-state, target-defined astrocyte-related proxy, clearance / immune support, macro clearance-transport proxy family, cargo-transport state, thermal-state, timing-state, vascular-state, proxy-class, route-role, route-maturity, and calibrator-role language.
- Readers also need a term-level split between same-subject / same-brain labels and the specific bridge witness being claimed, such as landmarks, latent manifolds, representational geometry, fingerprints, alignment rescue, or recalibration rescue.
- It now also includes the human-observability and support-state terms needed after the late-March and early-April 2026 deepening passes, such as proxy class, route maturity / model burden, route role, calibrator role, support-state proxy, glial substrate-routing, target-defined astrocyte-related proxy, and macro clearance-transport proxy family.
Public Content Integration Hub
This page is the hub for deciding the integration target and update destination of public content. Before adding new information, check the mapping tables here and prefer merging into an existing page.
- Technical readers are now told to split local causal maintenance-state papers, bounded living-human observability papers, and bridge-limited same-subject / same-brain papers before year order is allowed to shape judgment.
- For living-human technical evidence, the entrance order is now route family first, then route role / human-proxy role, then proxy class / operational maturity / calibrator role, and only then composition or bridge stop lines.
- A same-subject label is one proxy role, not a route-family substitute, and spectroscopy, barrier, astrocyte-related PET, neuroimmune PET, and clearance transport cannot be bundled before their route families are typed.
Next Actions
What To Do Next
Get the Overview
Mind-Upload -> Verification: Mind Uploading Verification Commons -> Technical Roadmap: Understanding WBE Through Measurement, Reconstruction, and Implementation
Audit Human Proxy Bundles
Introduction: Making Mind Uploading / WBE a Measurable Problem -> Human Proxy Composition -> Measurement Stack
Participate and Integrate
Contribution Guide / Public Content Integration Hub
Working Principle
It highlights small but valuable ways to participate, such as improving writing, terminology, and link structure.
Update Rule
Whenever a public page changes, the deploy/PDF workflow regenerates the booklet.
Source Pages
- Mind-Upload
- Verification: Mind Uploading Verification Commons
- Technical Roadmap: Understanding WBE Through Measurement, Reconstruction, and Implementation
- Toward Mind Uploading: An Integrated Technical and Theoretical Approach
- Data & Hands-on: Where to start and how to get to L0
- Contribution Guide
- Public Content Integration Hub
- Introduction: Making Mind Uploading / WBE a Measurable Problem
- Introduction: What EEG Measures, What It Can Do, and What It Cannot Do
- FAQ: Common Questions and Common Failure Modes
- Glossary
This booklet is an auto-generated entry layer built from the site's public pages. Updates to each page's page_intro, page_highlights, known / unknown, and opening summary flow directly into the booklet and PDF output.