Why I Mirrored Several Key Papers to Zenodo Today
While My Figshare Account Is Suspended
Today I mirrored several cornerstone works from my research program to Zenodo so they remain publicly accessible and citable while my Figshare account is suspended. I believe the suspension is connected to ongoing priority disputes spanning 60+ researchers, including 10+ well-known figures across mathematics, physics, AI, and neuroscience. I’m not alleging misconduct; I’m asserting documented conceptual equivalence and chronological priority, with receipts. Zenodo provides continuity of access and new DOIs, each cross-referencing the original Figshare DOIs to preserve the historical record. My permanent time-stamped posts on Github, Youtube, and ORCID also help preserve the true timeline.
What happened
On August 21, 2025, my Figshare account was suspended. Figshare hasn’t yet provided me with a specific reason. I take content policies seriously; my uploads are my own work, and I use the platform for timestamped, DOI-backed publication of original research.
Over the last several years I’ve published a body of work (2017–2025) that has since shown up—often with different terminology—in later papers by other groups. I have publicly documented these conceptual equivalences and timelines (see SVGN.io). Given the scale and profile of these disputes, it is reasonable to suspect that complaints may have triggered the suspension. Whether or not that’s the proximate cause, the effect is the same: key scholarly records were made temporarily unreachable.
Because access and citability are non-negotiable for scientific priority, I mirrored the most critical items on Zenodo today. Zenodo mints new DOIs and allows me to link each record back to the original Figshare DOI in Related Identifiers (e.g., “IsIdenticalTo”), preserving provenance while restoring access.
Why Zenodo (and how I set it up)
Independence & persistence. Zenodo (CERN/OpenAIRE) provides long-term preservation and its own DOI infrastructure.
Provenance intact. Each Zenodo record explicitly cites the original Figshare DOI and dates.
Clear narrative. The descriptions state why the mirror exists: to maintain open access during a suspension I believe is linked to priority disputes.
No finger-pointing. I don’t allege wrongdoing. I document equivalences and timelines, and I invite formal, public comparison.
Receipts: Where my work began (and how to verify)
Earliest public disclosure: Neural Lace Podcast, YouTube, early April 2017.
First large written corpus: GitHub notes under v5ma/selfawarenetworks, Summer 2022 (thousands of pages).
Figshare DOIs: 2025 series for SDT, SIT, and related works.
ORCID: 0009-0004-5175-9532 (central index of outputs).
SVGN.io: Ongoing write-ups documenting translate → decode → map equivalences, Pi Calculus behavioral similarity, and Category Theory functional isomorphism.
The eight works I mirrored to Zenodo today
(Each Zenodo record cross-links to the original Figshare DOI for provenance. I’m listing those Figshare DOIs here for clarity.)
Self Aware Networks: OCA (First Draft)
Figshare DOI: 10.6084/m9.figshare.29085134
Original date: 2025-05-16 (formal first draft)
Throughline: Multiscale oscillatory computation and deterministic agency; methods for wave-based integration (COT/NAPOT/BOT).
Provenance: Concepts first publicly disclosed in 2017; large GitHub corpus 2022.
Super Dark Time: Gravity Computed from Local Quantum Mechanics
Figshare DOI: 10.6084/m9.figshare.28284545
Original date: 2025-01-27 (Draft 16)
Throughline: Time-density field regulates quantum evolution and gravity; mass as a time crystal; local computation of gravity.
Micah’s New Law of Thermodynamics: A Signal-Dissipation Framework for Equilibrium, Consciousness, and Gravity
Figshare DOI: 10.6084/m9.figshare.28264340
Original date: 2025-01-23 (v6)
Throughline: Equilibrium as computation—iterative, local signal-dissipation; Kuramoto-like synchronization; neural coherence as thermodynamic relaxation.
Super Information Theory: The Coherence Conservation Law Unifying the Wave Function, Gravity, and Time
Figshare DOI: 10.6084/m9.figshare.28379318
Original date: 2025-02-09 (Draft 73; updated 2025-08-14)
Throughline: Two primitives—coherence field ψ(x) and time-density ρₜ(x)—with a unified, covariant action; gravity from coherence gradients; EM as phase holonomy; testable predictions.
Coincidence as a Bit of Information (Dataset)
Figshare DOI: 10.6084/m9.figshare.29369432
Original date: 2017 (review & consolidation June 2025)
Throughline: The bit is a coincidence pattern (not a spike); from micro coincidences to oscillatory coherence (2017 → 2022 → 2025).
Neuroscience in Review: Mapping “Cortical traveling waves in time and space” (2025) to Self Aware Networks (2022) (Dataset)
Figshare DOI: 10.6084/m9.figshare.29817383
Original date: 2025-06-18
Throughline: Formal translate → decode → map from 2025 traveling-wave reviews to SAN’s 2022 phase-wave differentials, with Pi Calculus and Category Theory proofs of equivalence.
Neuroscience in Review: Brain Rhythms in Cognition (2024–25) vs. Blumberg’s Self-Aware Networks (2017–25)
Figshare DOI: 10.6084/m9.figshare.29650250
Original date: 2025-07
Throughline: Contemporary rhythm-centric neuroscience converges on mechanisms articulated earlier in Coincidence as a Bit (2017) and SAN (2022); embedded within SIT’s coherence/time-density law.
Timeline Review of Kletetschka’s 3D Time Theory & Blumberg’s SIT, SDT, QGTCD, and other similar theories
Figshare DOI: 10.6084/m9.figshare.29647640
Original date: July 25, 2025 (v1)
Throughline: Timeline analysis mapping 3D Time Theory’s constructs to SIT (coherence gradients, time-density ρₜ), SDT (local gravitational computation), and QGTCD (time crystals), using translate→decode→map with Pi Calculus behavioral equivalence and Category Theory functional isomorphism to establish earlier priority.
What I think is really going on (and what I’m not saying)
What I think: These mirrors are necessary because my work sits at the center of active priority disputes. I’ve published detailed mappings showing that later papers are functionally equivalent to constructs I introduced earlier (often under different names).
What I’m not saying: I am not accusing any individual of plagiarism or wrongdoing. Independent convergence happens. My claim is about priority and equivalence, backed by timestamps, code, manuscripts, and formal mappings.
How to evaluate my claims (a practical guide)
Check the timestamps. Podcast (April 2017) → GitHub (Summer 2022) → Figshare DOIs (Jan–Aug 2025) → Zenodo mirrors (today).
Follow the translations. I provide term-by-term translation tables (e.g., “traveling wavefront” ↔ phase-wave differential).
Inspect formal tests. I supply Pi Calculus (behavioral) and Category Theory (functional) correspondences.
Look for predictions. SIT/SDT define falsifiable experiments (clock-rate shifts, BEC anomalies, coherence-linked decoherence, buoyancy deviations).
Why this matters
Science depends on open access, citability, and verifiable timelines. When a repository suspension hides the record, it distorts the conversation. Mirroring to Zenodo reestablishes the public ledger so debates can proceed on the merits—where they belong.
What I’m doing next
Maintaining parallel archives (Zenodo now; others if needed) with DOIs that cross-reference the originals.
Publishing more mappings that translate, decode, and formally compare my constructs to later literature.
Cooperating with platforms. If any upload requires revision to meet policy, I will revise it.
Inviting public audits. If you can demonstrate non-equivalence or find an earlier prior, show it—in public, with dates and proofs.
How you can help
Cite the mirrors. Use the new Zenodo DOIs (and include the original Figshare DOI in references).
Replicate the tests. Try the SIT/SDT predictions. Share results.
Keep it public. If you disagree, publish a rebuttal with your mappings and dates.
Closing
I’ve spent years developing these ideas in public, starting in 2017, scaling them up in 2022, and formalizing them in 2025. Given the scale of the disputes, complaints may have triggered review; mirroring ensures the science stays visible. Priority should be settled by evidence and timelines, not by making sources disappear.
— Micah
ORCID: 0009-0004-5175-9532
GitHub: github.com/v5ma/selfawarenetworks
SVGN.io: ongoing analyses and mappings
Youtube Playlist from 2017 https://youtube.com/playlist?list=PLkuAPx_OL_kE35pOKBfEd2TIWWX_tfuvM&si=h64FkGfn14C0DN48
My currently suspended Figshare profile page https://figshare.com/authors/Micah_Blumberg/20605550
Appendix — Extended Timeline of the Time-Density / Coherence Program (2017–2025)
Please share this article and make sure to read the latest version of Blumberg’s time-density research now called Super Information Theory.
Blumberg, Micah (February 2025). Super Information Theory. DOI: https://doi.org/10.6084/m9.figshare.28379318
Chronological Milestones
2017
Early April 2017 — Public disclosure (Neural Lace Podcast, YouTube).
First articulation of the core ideas that later become Self Aware Networks, Quantum Gradient Time Crystal Dilation QGTCD → Super Dark Time SDT → Super Information Theory SIT: gravity and cognition as consequences of wave-phase/clock-rate dynamics, information flow, and coherence.
2022
June 28, 2022 — GitHub (a0597z.md).
Notes contributing to the clock/coherence test program (see repo history).July 20, 2022 — GitHub (a0070z.md; tag “atomic-clock-relativity”).
Curates precision-clock literature and tags: dilation, gravity, redshift, time.August 4, 2022 — GitHub (a0253z.md).
First written statement of QGTCD: gravity emerges from local changes in quantized time rate and information dynamics; links gravitational force to clock-rate/phase and coherence.
2023
September 16, 2023 — GitHub (a0310z.md).
Additional development notes (supports clock/coherence testing pathway).
2024
March 27, 2024 — SVGN.io: “Explain it to me like I am six: QGTCD (Part 3)”.
Public exposition of the clock-rate thesis: satellite vs. Earth clocks, relativity, and reframing UFT as local quantized time-rate changes.
→ March 28, 2024 — GitHub mirror: QGTCDsix.md (commit history).
“Satellites experience both effects: their clocks run slower due to high speed and faster due to being farther from Earth.”
October 21, 2024 — SVGN.io: “Quantum Gravity’s New Frontier: Time, Density, and Information.”
Discusses quantum clocks (e.g., Fuentes-style) in curved spacetime as probes of minute curvature/coherence variations.
“Quantum clocks in curved spacetime can detect minute variations in spacetime curvature.”
Repo note: related material in rawnote00.md (draft backup).
October 22, 2024 — SVGN.io: “Dark Time Theory: A conversation…”.
Introduces time-density–based predictions for atomic clocks in varying gravitational potentials.
→ GitHub mirror: rawnote05.md (contains the conversation content).
2025 (January–February): Formalization & DOIs
January 3–4, 2025 — SVGN.io: “Wave-Dissipation Universality.”
Connects dissipation, interference, and action:
“An altered local ‘clock rate’ modifies the action, shifting interference patterns.”
January 5, 2025 — GitHub (raynote17.md).
Visual/analogy development: internal clock rate, synchronization, and measurable gravitational clock differentials.
“The smaller clock gear represents the internal, rapid evolution of the particle’s wave state…”
January 23, 2025 (v6) — Figshare DOI: Micah’s New Law of Thermodynamics: A Signal-Dissipation Framework for Equilibrium and Consciousness.
DOI: https://doi.org/10.6084/m9.figshare.28264340
SVGN note: “Micah’s New Law of Thermodynamics” (Jan 27, 2025) mirrored as Micah_s_New_Law_of_Thermodynamics.pdf on Jan 22–23, 2025 (SVGN GitHub).January 27, 2025 (Draft 16) → Jan 28–29 record — Figshare DOI: Super Dark Time: Gravity Computed from Local Quantum Mechanics.
DOI: https://doi.org/10.6084/m9.figshare.28284545
Index surfaces “Introducing Quantum SuperTimePosition”; Clock Rate Shifts listed as a primary empirical signature (predicts subtle deviations beyond GR in stronger gravitational fields).February 9–10, 2025 (Draft 73; updated Aug 14, 2025) — Figshare DOI: Super Information Theory.
DOI: https://doi.org/10.6084/m9.figshare.28379318
SIT unifies coherence field ψ(x) and time-density ρₜ(x) under a single covariant action; gravity from coherence gradients, EM as phase holonomy; provides falsifiable predictions (precision-clock shifts, BEC coherence anomalies, buoyancy/coherence effects).
2025 (April–June): Integration & Reviews
April 19, 2025 — SVGN.io: “How Super Information Theory (SIT) undergirds the Schleier-Smith programme.”
→ June 20, 2025 — GitHub backup: QGTCD_SuperInformation.md.June 18, 2025 — Dataset prepared (later Figshare DOI 2025-08-03):
Neuroscience in Review: Mapping “Cortical traveling waves in time and space” (2025) to Self Aware Networks (2022).
Establishes term-by-term mappings and formal equivalence (Pi Calculus / Category Theory) between 2025 traveling-wave literature and SAN (2022) constructs (phase-wave differentials; oscillatory tomography).
2025 (July–August): Comparative & Priority Analyses
July 2025 — Figshare DOI: Neuroscience in Review: Brain Rhythms in Cognition (2024–25) vs. Blumberg’s Self-Aware Networks (2017–25): A Comparative Analysis.
DOI: https://doi.org/10.6084/m9.figshare.29650250
Shows mainstream rhythm-centric results are behaviorally equivalent to Coincidence as a Bit (2017) → SAN (2022); embeds within SIT’s coherence/time-density law.July 25, 2025 (v1) — Figshare DOI: Timeline Review of Kletetschka’s 3D Time Theory & Blumberg’s SIT, SDT, QGTCD, and other similar theories.
DOI: https://doi.org/10.6084/m9.figshare.29647640
Translation/mapping demonstrates functional isomorphism between “3D time” constructs and SIT/SDT/QGTCD (coherence gradients, time-density ρₜ, time-crystals).
Formal tests: Pi Calculus (behavioral indistinguishability) + Category Theory (functorial isomorphism).August 3, 2025 — Figshare DOI (Dataset): Neuroscience in Review: Mapping “Cortical traveling waves in time and space” (2025) to Self Aware Networks (2022).
DOI: https://doi.org/10.6084/m9.figshare.29817383
Cross-References & Notes
Core unification paper: Super Information Theory (SIT) — DOI: 10.6084/m9.figshare.28379318 (Feb 2025; Draft 73; updated Aug 14, 2025).
Thermodynamic substrate: Micah’s New Law of Thermodynamics — DOI: 10.6084/m9.figshare.28264340 (Jan 23, 2025 v6).
Immediate precursor: Super Dark Time (SDT) — DOI: 10.6084/m9.figshare.28284545 (Jan 27, 2025 Draft 16).
Foundational GitHub records (selection): a0253z.md (Aug 4, 2022; QGTCD origin), a0070z.md (Jul 20, 2022; “atomic-clock-relativity”), a0310z.md (Sep 16, 2023), a0597z.md (Jun 28, 2022), QGTCDsix.md (Mar 28, 2024), rawnote00.md, rawnote05.md, raynote17.md (Jan 5, 2025).
How to Read the Record
Timeline first: 2017 disclosure → 2022 GitHub QGTCD origin → 2024 SVGN expositions & mirrors → 2025 DOIs (New Law → SDT → SIT).
Term mapping: Follow translate → decode → map tables to see how later terminology aligns with earlier constructs (e.g., “traveling waves” ↔ phase-wave differentials).
Formal equivalence: Pi Calculus for behavioral similarity; Category Theory for structural isomorphism.
Falsifiability: Precision-clock tests, BEC coherence anomalies, interference/thermo signatures—documented across SVGN, GitHub notes, and the 2025 DOI papers.
Why My Figshare Preprint Comparing Causal Fermion Systems and Super Information Theory Should Be Reinstated
TL;DR: The latest update to my SIT manuscript added a careful, fully cited comparison with Causal Fermion Systems (CFS). It’s standard scholarly work: neutral framing, explicit disclaimers, a translation table, and formal proof-sketches (category theory + process calculus) restricted to an observational fragment with falsifiability conditions. The PDF a…