Jamming Physics.

A single-substrate physical framework · CC BY 4.0

One substrate. One switch. 32 volumes, from the vacuum to disease.

The VP framework models the vacuum as a jammed elastic solid. Its bistable R19 switch is the single kernel behind every volume — and a material stiffness γ, measured from DNA and never fitted, carries it from physics into all of biology.

ṡ = g·s − s³ + h the R19 bistable switch
32open-access volumes
26/32share the R19 switch
29/32emerge from measured γ
0fitted coefficients (inputs are measured anchors or declared sizes)

Young Jae Lee · ORCID 0009-0002-7535-8245 · independent researcher · every volume an independent Zenodo DOI · llms.txt · sitemap · claims ledger

The kernel

Everything here is one equation, specialized

Begin with a single physical claim: the vacuum is a jammed elastic solid — space filled by rigid constituents frozen at random close packing, so the speed of light is its elastic-wave speed, c² = B/ρ. On that medium sits one object, a bistable double-well written in normal form as the cubic ṡ = g·s − s³ + h — the R19 switch.

Biology does not add new physics. Each gene’s promoter has a measurable stiffness γ = −mean nearest-neighbour stacking ΔG (SantaLucia), and that single measured number sets the switch: its threshold scales as spinodal ∝ γ^1.5 and its barrier as γ²/4. Nothing is tuned to fit an outcome — γ is read from the genome and used as-is.

From there the same cubic specializes. The list below is not an analogy between fields; it is the identical equation, operated differently.

ṡ = g·s − s³ + h
one cubic — specialized five ways
  • Set the threshold from measured γ
    DNAspinodal ∝ γ^1.5, barrier = γ²/4
  • Hold at criticality, g → 0
    Eye & earcube-root compression R = (F/β)^⅓, exponent 0.333
  • Add a slow recovery variable
    Neurorelaxation oscillator; working memory = θ/γ ≈ 7±2
  • Read both stable states
    Mindengram = bistable attractor; mood = a switch that persists
  • Push the barrier, g²/4
    Disease & therapythe three correction levers L1 / L2 / L3

Connection strength · measured across all 32 volumes

How tightly the volumes are bound

These are not loose thematic links. A full-text scan of every volume shows the shared primitives appearing almost everywhere — the same switch, the same measured stiffness, the same emergence recipe. The bars below count how many of the 32 volumes carry each primitive.

  • Emergence from measured γSTATE · spinodal · dwell ∝ γ^1.5
    29/32
  • R19 bistable switchṡ = g·s − s³ + h
    26/32
  • γ — measured promoter stiffnessγ = −mean NN stacking ΔG
    24/32
  • Jammed lattice / c² = B/ρthe bare physical substrate
    17/32
  • Kramers / Arrhenius barrierescape over g²/4
    15/32
  • FitzHugh–Nagumo oscillatorrelaxation rhythm
    12/32
  • Cube-root transductionR = (F/β)^⅓
    3/32

Architecture

Non-biological physics, the DNA bridge, then biology

The volumes are ordered by derivation, not discipline. 9 non-biological volumes fix the substrate; the DNA volume is the hinge where the switch meets a measured genome; and 22 biological volumes emerge beneath it — every organ from its master gene’s measured γ.

Derivation architecture of the 32 volumes Nine non-biological physics volumes fix a measured substrate at the top; the DNA volume is the bridge in the middle; twenty-two biological volumes emerge below, grouped into inheritance, neural, sensory, organ-system, homeostasis-and-time, and disease tiers. Non-biological physics — 9 volumes Vacuum substrate — VP Theory c² = B/ρ · R19 bistable switch Fluid dynamics Cosmology Chemistry & EM Geodynamics Geochronology Wave computer Continental Genesis Recent-Sequence Cascade DNA — the bridge γ measured from NCBI · R19 instantiated in biology Biological sciences — 22 volumes Inheritance & RNA Neural & mind Sensory organs Organ systems Homeostasis & time Disease & therapy
Click any tier in the list below to open its volumes. Colour marks the three zones: the physical substrate (blue), the DNA bridge (amber), and the emerged biology (teal).

The library

32 volumes, one derivation order

Each card carries the volume’s headline result, the shared primitives it uses, its graded-claim ledger where present, and a permanent Zenodo DOI. Non-biological foundation first; biology emerges below the DNA bridge.

Foundation · non-biological

The substrate, before life

The vacuum modelled as a jammed elastic solid. Eight volumes derive light, matter, fields, flow, the cosmos, the Earth, the limits of dating, the rise of dry land and its recent relaxation, and computation from one measured medium — all before biology enters.

Configured Continuum

three-sphere (C₃) structure: forced co-rotation → one-axis through-flow, closed in 3-D (82 = 81 + 1) ; Newtonian below the jamming margin

  • balance laws
  • C₃ → one-axis flow
  • Newtonian below margin
  • 81+1

doi:10.5281/zenodo.17972568 · 39 pages

Recent-Sequence Cascade

one relaxation read as flood, ice, Atlantic — physically permitted, occurrence open [O]; mechanism compression 8:1 [L], no present-tense discriminator

  • 8:1 causal closure
  • deglaciation recency
  • dual-redox 6/6

7 forced 17 verified 17 open

doi:10.5281/zenodo.20827806 · 9 pages

The bridge

DNA — where physics becomes biology

A single volume carries the substrate across. The same R19 switch is instantiated by a material stiffness γ = −mean nearest-neighbour stacking free energy, read directly from the genome and never fitted (corr(γ, GC) = 0.998).

Inheritance & information

Two channels on one switch

The switch is read on two channels — the unwritable promoter ruler γ (the SET) and a writable coordinate (the drive). From that single substrate come environmental inheritance, the RNA layer, and the path to RNA vaccines and gene therapy.

Neural & cognitive

A neuron is the switch with a slow recovery

Add a slow recovery variable and the R19 switch becomes a low-frequency relaxation oscillator. From it emerge brain rhythms, the θ/γ working-memory capacity (≈ 7±2, the one link with a direct causal tACS test), memory, value, and the felt stream of thought.

Felt Cognition

memory from waves: brainwave carrier + congruent cues summed in the hippocampus

  • memory from waves
  • hippocampus
  • engram = attractor
  • open: experience

1 forced 10 verified 2 open

doi:10.5281/zenodo.20694404 · 61 pages

Sensory organs

The same switch, held at criticality

Each sense is the identical cubic poised at its critical point — which forces cube-root compression in both the ear and the eye, exponent exactly 0.333. Every organ emerges from its master gene’s measured γ; the eye even reuses light as the jammed-lattice wave.

Organ systems

Emerged in measured-γ order

Organs appear in the order set by the spinodal of their master gene’s measured γ, are sized by dwell ∝ γ^1.5, and run as FitzHugh–Nagumo relaxation oscillators — heart and lung, vasculature, gut, bone, blood, skin, and the reproductive–endocrine axis.

Homeostasis & time

Defended setpoints, read over time

A defended setpoint is an Ornstein–Uhlenbeck loop with three correction levers; rhythms and aging are the same bistable switch read over time. Circadian γ is measured (BMAL1/ARNTL = 1.33348) and, like everything here, never tuned.

Disease & therapy

The switch pushed off, and pushed back

Disease is the switch driven off its setpoint; therapy is pushing the barrier back along one of three levers. The corrective direction is forced [F]; clinical magnitude is held open [O] behind a strict no-magnitude firewall.

Method & governance

Why the numbers can be trusted

No tuning

Every quantity is measured or derived. γ comes from NCBI promoters; it is never fitted to reproduce a result. A number with no reproduction path is marked, not assumed.

LOCK → Derive → Gate

Inputs are locked, outputs are produced by deterministic code, and counts are checked against the canonical HTML. Re-running yields a byte-identical result (SEED = 19, 2×SHA-256).

Honest grading

Each claim is graded in the open: [F] forced, [V] verified, [L] anchored, [O] open — every [O] states its specific obstacle.

Magnitude firewall

For disease and therapy the framework gives direction only. Clinical magnitudes are deliberately withheld [O] — a corrective lever, never a dose.

Recent updates

Generated from the corpus lineage (registry/lineage.jsonl). Each change is pre-registered or recorded with its verdict, and failures are kept. Full chain: lineage.jsonl.

  • 2026-09-29 corpus — claims ledger: 187 headline/central claims across all 32 volumes classed by repo evidence - independent-prediction 16, anchor-restatement 47, identity 46, interpretation 46, open 32; 4 discriminating tests (a0 wide binaries, Pantheon+ …
  • 2026-09-29 corpus — biology reading rule on 16 volumes (inheritance, organ systems, homeostasis, time layer, clinical): each statement labelled observation (cited) / code output (input dependence stated) / consistency (holds by construction) / …
  • 2026-09-29 neuro — neuro EM2: squid axon built from measured HH 1952 elements; spike, threshold, refractoriness emerge; conduction velocity 18.96 m/s vs measured 21.2 (-10.6%), P1-P4 PASS; run-1 weak launch recorded; cardioresp SA-node and circadian clock …
  • 2026-09-29 corpus — guard: docs/ declared source of truth; correction-note preservation check (registry/page_notes.json, 168 pages / 183 notes) fails the gate if any page loses a note; nose builder redirected to repro/nose/_build; AGENTS.md rules 6 (docs …
  • 2026-09-29 corpus — homepage: 'Recent updates' section generated from registry/lineage.jsonl (tools/build_index.py); sitemap lastmod set from each page's last git change (tools/update_sitemap_lastmod.py)
  • 2026-09-29 ear — ear EM1: single hair bundle emerged from observed elements (Nadrowski 2004 constants): oscillation emerges (37 nm, 5.8-6.7 Hz) but only at F_max 48-49.5 pN, ~1 pN below published (P1/P2 FAIL); compression exponent emerges 0.22-0.32 (P3 …
  • 2026-09-29 corpus — sensory volumes (sensory_organ, eye, ear, nose): author reading rule applied - observation / code output (with input dependence) / consistency / interpretation; no [F]/[V] theory grades (manifest forced/verified -> 0); developmental …
  • 2026-09-29 corpus — site: Highwire citation meta regenerated for all 32 hubs from the manifest (tools/build_citation_meta.py); visible escaped Phase-7 comments removed (physics hub); raw LaTeX list (physics s06) and raw display math + escaped asterisks …
  • 2026-09-29 corpus — reconstructed missing scripts: chemistry vp_open_items_reexam.py (4 items stay open; bond r=+0.10 vs stated +0.18 recorded), cosmology split.py (pipeline step, source tex absent), physics rcross_validate.py (s11.4 rules; format-only, …
  • 2026-09-29 chemistry — chemistry section 7: design tension recorded (closed ESS vs cold-side requirement of any converter; rejected-heat handling left to field engineering)
  • 2026-09-29 chemistry — chemistry BC6: rectenna optimized at realistic ESS 300-600 C: 0.16-1.6 kW/m2 (3-5% of net flux, square-law cap ~6%); ZT=1 thermoelectric ~3x better; bulk CuO TE 0.04-0.38 kW/m2; P1-P4 PASS; section 7 note
  • 2026-09-29 chemistry — chemistry BC5: black-Cu IR rectenna (angle route): 67 C store ~26 mW/m2 (~4000x BC2 photoemission), 500 C ~23 W/m2; bottleneck small-signal diode (>=30 THz); isothermal zero; P2 FAIL recorded (1 THz passes 7%); section 7 note
  • 2026-09-29 chemistry — chemistry LE1: light emergence analysed from the whitepaper chain; near-longitudinal threshold hc/D = m_e c^2/2 = 255.5 keV; heat needs ~8e8 K for chi=45 deg and stays isotropic; a straight electron needs ~0.36 MV; direction needs …
  • 2026-09-29 chemistry — chemistry section 7 CA.9c: black-copper converter verdict recomputed with CuO (not Cu metal): coating dT 3e-5 K (still not a converter, reason corrected), bulk CuO ZT <= 0.05, Cu/CuO couple 202 uV/K; new module …

A falsification is not a failure here. It is a finding — recorded with the same weight as a success.

The framework states where it reaches and where it stops. Human aging genes come out not special (|z| < 1); a falsifiable test finds γ orthogonal to developmental timing; the origin of subjective experience is marked open, not solved. These negatives are kept in the open ledger rather than smoothed away.

Scientific honesty is treated as more valuable than completeness. The aim is a single substrate that survives its own tests — and an explicit record wherever it does not.