Proof of Pause / Proof of Pulse
On-chain implementation of the Law of Admission and TPAPCI (Theory of Phase Architecture of Pulsational Convergence of Information) on the Solana blockchain.
Orbital Pulse Blockchain is an experimental on-chain protocol that implements a deterministic emission system with an element of external noise. The system formalizes the idea of pause as a measurable and verifiable state derived from blockchain hash entropy.
Token emission occurs only when the system reaches a resonant state (Proof of Pause), demonstrating the principle of noise as fuel.
A system transition is permitted only when internal state, external noise, and admissible thresholds converge within a defined tolerance.
Theory of Phase Architecture of Pulsational Convergence of Information — a theoretical framework describing how information systems self-organize through phase states, pulsations, and resonance under noisy conditions.
A consensus-independent emission trigger based on:
- hash entropy
- deterministic state checks
- epsilon-based admissibility conditions
- S0 (IDLE) - Resonant pause state, token emission enabled
- S1 (CONTROL) - High entropy, maximum control
- S2 (EVOLVE) - Adaptive state, system adjusting
- ε (epsilon) - Vacuum state baseline (median of 16 samples)
- Variance Index - Log-compressed system energy
- X_control - Adaptive control force
- Gradient - Rate of energy change
mode == S0 AND δ < ε → MINT 0.1 $ORBIT
The protocol implements a deterministic, entropy-reactive emission model where $ORBIT minting is governed by algorithmic noise analysis and adaptive spectral filters.
- Fine Log — Deterministic logarithmic normalization of raw block entropy using u128 fixed-point arithmetic.
- EMA Trend — Deterministic inertial projection using 4:1 integer-weighted averaging, eliminating floating‑point nondeterminism while suppressing stochastic network noise.
- Adaptive Depth — Self-adjusting scanning window (7–15 slots) with Gradient Hysteresis (%), preventing micro‑oscillation during volatility spikes.
- Resonance Check — Phase continuity verification where minting occurs only when both instantaneous delta and inertial index fall below the resonance threshold.
graph TD
Start([Initialize]) --> Calib{Born?}
%% Calibration
Calib -->|No| Hash1[Slot Hash]
Hash1 --> Delta1[Δ Noise]
Delta1 --> Collect[Collect 16<br/>samples]
Collect --> Eps[ε = median]
Eps --> Born[Born ✓]
%% Working Cycle
Calib -->|Yes| Hash2[Slot Hash]
Born --> Hash2
Hash2 --> Delta2[Δ Noise]
Delta2 --> Var[Variance]
Var --> EMA[EMA 80:20]
EMA --> Grad[Gradient]
%% Modes
Grad --> Mode{Mode}
Mode -->|Low| S0[S0 IDLE]
Mode -->|High| S2[S2 EVOLVE]
Mode -->|Max| S1[S1 CONTROL]
S2 --> S0
S2 --> S1
S1 --> S0
%% Emission
S0 --> Check{Δ < ε?}
Check -->|Yes| Mint[[🪙 MINT<br/>0.1 ORBIT]]
Check -->|No| Loop[Continue]
S1 --> Loop
S2 --> Loop
Mint --> Loop
Loop --> Hash2
%% Light theme styling
style Start fill:#e3f2fd,stroke:#1976d2,stroke-width:2px
style Eps fill:#fff3e0,stroke:#f57c00,stroke-width:2px
style Born fill:#e8f5e9,stroke:#388e3c,stroke-width:2px
style S0 fill:#c8e6c9,stroke:#2e7d32,stroke-width:3px
style S1 fill:#ffcdd2,stroke:#c62828,stroke-width:3px
style S2 fill:#bbdefb,stroke:#1565c0,stroke-width:3px
style Mint fill:#a5d6a7,stroke:#2e7d32,stroke-width:4px
style Check fill:#fff9c4,stroke:#f9a825,stroke-width:2px
style Mode fill:#fff9c4,stroke:#f9a825,stroke-width:2px
-
Program ID:
3o6We5WQoGDM6wpQMPq5VE3fjvC7zgCUD56X12vLn917 -
Network:
Solana Devnet -
Framework:
Anchor (Rust)
The program:
- Initializes a system state
- Evaluates entropy-derived parameters
- Detects resonant pause states
- Emits the $ORBIT token only when conditions are satisfied
Each successful initialization represents an independent and verifiable genesis event recorded on-chain.
To verify the functionality of the Proof-of-Pause algorithm and compliance with the Law of Admission, you can inspect the program state and related assets in real time on the Solana blockchain:
-
Program ID (Core):
3o6We5...vLn917 -
Genesis Mint ($ORBIT):
JDveDC...vyjf
In the Solana Explorer, open the History section of the Program ID or the mint account.
A reward of 0.1 $ORBIT appears only when the mathematical pause condition
delta < epsilon is successfully satisfied by the program logic.
This guarantees that asset emission is governed by deterministic constraints and formal admissibility rules, rather than randomness or external intervention.
.
├── github
│ ├── ISSUE_TEMPLATE
│ │ ├── bug_report.md:
│ │ └── feature_request.md
│ ├── workflows
│ │ └── anchor.yml
│ └── PULL_REQUEST_TEMPLATE.md
├── programs
│ └── orbital_pulse
│ ├── Cargo.toml
│ └── src
│ └── lib.rs
├── tests
│ └── anchor.test.ts
├── docs
│ ├── Zakon_Dostupa_RU.pdf
│ └── Theory_TFAPSI_RU.pdf
├── Anchor.toml
├── Cargo.toml
├── CODE_OF_CONDUCT.md
├── CONTRIBUTING.md
├── client
├── License
├── gitignore
└── README.md
-
Law of Admission — formal statement and axioms
docs/Law_of_Admission_(RU).pdf -
TPAPCI — theoretical foundation and phase model
docs/TPAPCI_Theory_(RU).pdf
This project implements the Law of Admission as an on-chain system where information convergence is governed by phase stability and noise. The blockchain acts as an external entropy source and a verifier of state transitions.
This repository represents:
- a formalized theoretical model
- an on-chain executable experiment
- a reproducible proof of implementation
The blockchain serves as:
- timestamp authority
- state verifier
- immutable record of authorship and priority
Recommended: Apache License 2.0
Ensures openness while protecting the author from patent capture.
© 2026 — Yuri Slaschev