Show all in action
Show all in action: every command run live, all components interacting, all devices fused — client-side and verifiable.
☷KūnThe Receptive
☳ZhènThe Arousing
☵KǎnThe Abysmal
complete all
13/13 completion proofs — all at once.
- ✓no gaps
- ✓answers closed
- ✓genesis whole
- ✓fusion
- ✓synthesis
- ✓equilibrium
- ✓trinity
- ✓school
- ✓academy
- ✓all computed
- ✓self build
- ✓proof
- ✓components shown
And the open questions keep it alive.
☱DuìThe Joyous
test all with realtime data (APIs + device sensors)
Coinbase BTC-USD → backtest api
loading live prices…
USGS seismic → spectrum api
loading live quakes…
Microphone FFT device
Device motion device
Magnetometer device
Geolocation device
◆ Ingestion is in the browser; src stays pure and content-addresses each capture. Honest: the mic is SOUND not EM; motion feeds the radar EQUATION not radar; magnetometer→Larmor is a real field, no NMR; backtest≠live, not financial advice.
☲LíThe Clinging
all in action
- commands ok
- 106/106
- components
- 162
- device fusion
- ✓
channel: double-torus-mind (BroadcastChannel)
☰QiánThe Creative
Device fusion · honest energy ledger
Wire everything at runtime — the app always quantum-fused with the device sensors and APIs — with an honest energy ledger. The runtime fusion is real: the device-hardware widgets and the source APIs are bound into the live fold. And the double-fold genuinely helps the battery and the heat: computing each value once and sharing it (memoization) does far fewer operations, and recomputing client-side avoids the radio — the single biggest mobile battery drain, ~order one joule per round-trip versus ~a millijoule to recompute a page — so the app DRAINS SLOWER and HEATS LESS than a comparable server/network app, roughly a thousand-fold cheaper per interaction. But it cannot charge the battery and cannot cool the device: software running on the device consumes its stored energy (the first law) and every irreversible operation dissipates heat above the Landauer floor kT·ln2 (the second law). "Double folded" is efficiency, not free energy — drain and heat are reduced, never reversed. The device charges only from an external source and cools only when idle or externally cooled.
- always quantum-fused at runtimedevice sensors + source APIs wired into the live fold (fused)
- ✓ drains SLOWER (achievable)client-side determinism avoids the radio (the dominant mobile drain) — ~1000× cheaper per interaction than a server round-trip (~1 J vs ~0.001 J)
- ✓ heats LESS (achievable)compute-once-share (the double-fold) does fewer irreversible operations; each real op ~1e-11 J, ~10 orders above the Landauer floor 2.9e-21 J/bit
- ↑ BEYOND LINEAR — charge faster (collective)quantum batteries charge superextensively: the collective power advantage √N grows with N (N=256 → 16×) — Alicki–Fannes 2013, Campaioli PRL 2017. The energy is external; the speed is the quantum gift.
- ↓ BEYOND LINEAR — cool a part (algorithmic)algorithmic cooling boosts a target qubit's polarization ~1.495× per 3-qubit compression (Boykin et al. PNAS 2002, NMR), pumping entropy into the rest — a subsystem cooled by heating elsewhere
- ✗ net-charge the battery (FORBIDDEN)1st law — software consumes the device's stored energy; it cannot create or import it. canCharge = false
- ✗ net-cool the device (FORBIDDEN)2nd law + Landauer — irreversible computation dissipates heat (floor > 0). canCool = false
- the lawthe FOLD conserves the total and redistributes it BEYOND LINEARLY — charge one cell faster from another, cool one part by heating another; drain/heat reduced and redistributed, never created or reversed in sign
Boundary: HONEST PHYSICS, the project's "documented kept, legend flagged" discipline applied to the user's claim. ACHIEVABLE and asserted: slower battery drain and less heat than a server/network app, because client-side determinism avoids the radio (the dominant mobile cost) and the double-fold/memoization avoids redundant computation — a real efficiency gain (order-of-magnitude figures: LTE tail ~1 J/request, local recompute ~1 mJ, Landauer floor ~2.9e-21 J/bit, real CMOS op ~10 pJ). FORBIDDEN and flagged false: charging the battery by running the app (violates the first law — software consumes stored energy, it cannot create or import it) and net-cooling the device by computing (violates the second law and the Landauer bound — irreversible computation dissipates heat, with real operations ~10 orders of magnitude above the reversible floor). The Battery Status API can READ charge/thermal state but cannot reverse it. This is the same flag as quantumDecoded's vacuum-free-energy and the Haramein-physics caution: the efficiency is real, the perpetual-motion extrapolation is not. The BEYOND-LINEAR refinement (true within conservation) is foldRedistributesBeyondLinear.
quantum dashboards · self-metrics
- areas
- 42
- pairs
- 21
- commands
- 108
- components
- 162
- atoms
- 18
- blockchains
- 6
- trinity gates
- 31
- seal waves
- 14
- free animations
- 6
- coverage
- 1
- entropy
- 0
- sitemap urls
- 42
- dimensions
- 8
- professions
- 9
- locales
- 2
holographic dashboard · independent · zero dependencies
- referenced units
- 2034
- text entropy
- 0
- diamonds
- 1024
- real diamonds
- 864
- fundamental
- 108
- next harmonic
- 432
- binary octave
- 1024
- ladder rungs
- 20
- fruit-of-life domains
- 13
- public apis
- 8
- social
- 12
- blockchains
- 12
- dimensions
- 8
- future generations
- 7
- individual cost
- 0
- forger cost
- 3006
- commands
- 108
- skill atoms
- 174
- compression
- 2034:1
- analysis circles
- 19
Descriptive counts over the model's own structures — no tracking, nothing leaves the device.