Ivan Pasev
Status Boundary
This work is part of the authorial PHYSICA / Science of Fabric Reality corpus. It is presented as a research framework, formalization target, computational model, or theoretical synthesis unless explicitly marked otherwise. It is not presented as accepted physics, external consensus, or experimentally confirmed science.
Interdisciplinary Scientist · Cybernetic Systems Engineer · Senior Solution Architect
Sofia, Bulgaria
Ivan Pasev operates across two complementary pillars:
- Scientific & Theoretical Research: Fundamental physics, mathematical formalization (SFR / FQFT / KP-Field), observer theory (TFR/Realica), atomic & laser physics, thermophysics (FSR), and machine-verified proof engineering.
- Systems Architecture & Practical Engineering: 15+ years of delivering high-integrity enterprise platforms across WordPress/WooCommerce, React/Next.js, PHP/MySQL, cloud infrastructure, decentralized systems (ICP/Motoko), and AI-native governed runtimes.
Positioning: Interdisciplinary scientist and senior solution architect building AI-native, evidence-governed digital platforms while developing formal mathematical and physical research architectures.
1. Scientific & Research Program (Authorial)
Independent research program organized under the Science of Fabric Reality (SFR) and Universum Knowledge Corpus (UKC).
Theoretical Physics & Formal Mathematics
- Science of Fabric Reality (SFR): Relational ontology and canonical state grammar
. - Teoria Fabrica Realica (TFR / Realica): Observer-indexed disclosure formalism and stabilization operators
. - Fractal Quantum Field Theory (FQFT): Multiscale field theory on Dirichlet metric-measure spaces; dimensional disambiguation (
). - KP-Field Dynamics: Operator/kernel-based field architectures
. - Fabric Field Equation (FFE): Constrained variational dynamics separating dynamics from constraint manifolds.
- Formal Proof Engineering: Machine-auditable theorem ledgers and formal verification targets in Lean 4 (28 machine-verified proofs across 9 modules).
Applied Physics & Experimental Interfaces
- Atomic & Periodic Systems (Tabela Elementa): Hydrogen/Helium calibration, relativistic shell ordering, and superheavy element modeling.
- Nonlinear & Laser Physics: Strong-field laser interactions and laboratory interface protocols.
- Thermophysics & Metrology: Fractal Surface Radiators (FSR) with radiative heat transfer models and blind vacuum testing protocols.
Epistemic Boundary Policy
All physics-facing components carry explicit epistemic classifications (P0–P6); null and negative results are published openly.
👉 Inspect the Full Science & Research Profile →
2. Professional Employment History
React / Next.js & Motoko DApp Developer — Neutrinomic Foundation
Feb 2024 – Present
- Develop decentralized applications using Motoko on the Internet Computer Protocol (ICP).
- Build React / Next.js interfaces for DApp workflows.
- Contribute to tokenization and decentralized asset-system concepts.
- Bridge frontend product engineering with canister-based backend logic.
Lead WordPress Developer — Minds Technologies Ltd.
Mar 2022 – Feb 2024
- Led WordPress and WooCommerce implementation projects for international clients.
- Built custom themes, plugins, high-volume commerce workflows, and performance optimizations.
- Coordinated technical delivery and client communication.
Full-Stack Developer — Solarcollab Global Ltd.
2019 – 2022
- Built platform logic using WordPress Multisite and WooCommerce.
- Worked on blockchain-oriented crowdfunding and real-world asset tokenization concepts.
- Managed DigitalOcean cloud infrastructure, Docker containers, and web operations.
- Developed business automation and integration workflows.
Platform Solution Architect — GSK UK
2015 – 2016
- Worked on enterprise WordPress Multisite solution architecture.
- Served in Product Owner / delivery coordination capacity.
- Addressed security, platform governance, and cross-stakeholder implementation requirements.
3. Current Engineering Stack
| Domain | Technologies |
|---|---|
| Web & Applications | TypeScript, JavaScript, Vue / VitePress, React, Next.js, HTML5/CSS3, Tailwind CSS, Node.js. |
| CMS & Commerce | WordPress, WordPress Multisite, WooCommerce, Gutenberg, Elementor, Headless CMS patterns. |
| Backend & Data | PHP, MySQL, REST APIs, JSON/JSONL, YAML, Markdown-native memory substrates, RBAC. |
| Cloud & DevOps | AWS, Google Cloud, DigitalOcean, Cloudflare, Linux hosting, Docker, Git/GitHub, CI/CD. |
| AI & Agentic Systems | Google Antigravity, Gemini, ChatGPT, Codex-style workflows, Cursor, Windsurf, Validation gates. |
| Decentralized (Web3) | Internet Computer (ICP), Motoko, Canister smart contracts, Solidity, DApp interfaces. |
4. Original Architecture & Systems Programs
- Digital Fabrica / DFT: Architecture program modeling digital platforms as structured fabrics of actors, states, rules, interfaces, and governance.
- CodexStation: Local-first orchestration architecture coordinating repositories, prompts, agents, tests, and execution gates.
- KBI (Kernel-Based Intelligence): Constrained intelligence architecture built around explicit validation and reasoning kernels.
- MLCO / ScrollDNA: Markdown as Living Cybernetic Organism and structured lineage pattern for state transfer and provenance.
- UKC / GILC Knowledge Architecture: Structured corpus layer for canonical records, provenance, and research preservation.
- AI WITNESS / IRP-1: Reference architecture for recording and verifying
Observation → Intent → Authorization → Outcome. - AEGIS / Sovereign Guard: Accountable-AI architecture emphasizing bounded behavior and human control.
5. High-Value Service Lines
- Cybernetic Solution Architecture
- AI-Native Platform Engineering
- Full-Stack Platform Engineering
- WordPress / WooCommerce Enterprise Architecture
- React / Next.js / Vue / VitePress Applications
- Cloud / Shared-Host / Edge Deployment
- Decentralized / Evidence Infrastructure
- Research & Knowledge Infrastructure
6. Core Engineering Invariants
| Invariant | Meaning |
|---|---|
| Coherence | UX, business logic, data, code, and infrastructure must agree |
| Traceability | Important decisions and outputs must be inspectable |
| Deployability | Architecture must become working software |
| Modularity | Components must be separable and maintainable |
| Governance | Critical actions require explicit authority |
| Evidence | Claims and operational outputs should carry provenance |
| Human Control | AI and automation remain accountable to operators |
| Resilience | Systems must recover and remain maintainable |
| Evolvability | Growth must preserve system identity |
| Security Boundary | Secrets, access, data, and external effects must be controlled |
7. Direct Contact & Collaboration
- Schedule a Meeting / Consultation (Cal.com) →
- Direct Email Inquiry →
- Connect on Discord →
- LinkedIn Profile →
- GitHub Repositories →
8. Canonical Continuations
| Direction | Target Resource | Purpose |
|---|---|---|
| Science Profile | Science & Research Profile | Technical breakdown of all 18 research horizons |
| Systems Profile | Founder Profile | Dual-pillar science & systems architecture overview |
| Scientific Biography | Scientific Biography | Intellectual history, cybernetics & research chronology |
| Consulting Pathways | Consulting & Advisory | Institutional advisory & architecture engagements |