diff --git a/applications/atomic_ownership_blockchains.md b/applications/atomic_ownership_blockchains.md
new file mode 100644
index 00000000000..b502e54f5ff
--- /dev/null
+++ b/applications/atomic_ownership_blockchains.md
@@ -0,0 +1,347 @@
+# Atomic Ownership Blockchains
+
+- **Team Name:** Atomic Ownership Research
+- **Payment Details:**
+  - **DOT**: 5E7SSn21jPhAGh2CS9ccTXfmEZo74LchnAQ7dEhZDLm3TR3L
+  - **Payment**: 5E7SSn21jPhAGh2CS9ccTXfmEZo74LchnAQ7dEhZDLm3TR3L (USDC)
+- **Level:** 1
+
+## Project Overview :page_facing_up:
+
+### Overview
+
+- **Tagline:** Achieving unlimited scalability, true decentralization, and cryptographic-level security through per-object independent blockchains
+- **Brief Description:** Atomic Ownership Blockchains (AOB) introduces a paradigm shift where each atomic object (token, NFT, asset) is represented by its own independent blockchain. This architecture simultaneously achieves three critical goals that traditional blockchains struggle to balance: (1) **Unlimited Scalability** - linear scaling with number of objects, (2) **True Decentralization** - no mining pools, validators, or centralization points, and (3) **Cryptographic-Level Security** - each asset has an immutable, individually secured ownership chain. AOB surpasses existing technologies on all three fronts.
+- **Relation to Web3/Polkadot:** AOB represents fundamental research into next-generation blockchain architecture that addresses the core scalability-decentralization tradeoff. This research contributes to the broader Web3 vision of decentralized infrastructure and could inform future development of scalable blockchain systems including potential integration with Polkadot's multi-chain architecture.
+- **Why we're interested:** Bitcoin represents the gold standard for decentralization and cryptographic security, yet AOB surpasses even Bitcoin on both fronts. Meanwhile, consortium blockchains achieve the highest transaction throughput, yet AOB exceeds even their scalability through truly unlimited horizontal scaling. After years of research, I developed AOB to demonstrate that we can surpass the best technologies in each dimension simultaneously: more decentralized than Bitcoin, more secure than Bitcoin, and more scalable than consortium chains. This breakthrough is critical to realizing the full potential of Web3.
+
+### Project Details
+
+**Current Status:**
+- ✅ **Peer-reviewed publication:** "Achieving Greater Decentralization with Atomic Ownership Blockchains" published in Ledger Journal Vol. 10 (2025)
+- ✅ **Live testnet demo:** https://aob-acc.pages.dev/acc
+- ✅ **Open-source implementation:** https://github.com/saintthor/acc/tree/dev
+- ✅ **Theoretical foundation:** Complete security analysis and mathematical proofs in published paper
+
+**Technical Architecture:**
+
+AOB achieves three simultaneous breakthroughs that surpass existing blockchain technologies:
+
+**1. Unlimited Scalability:**
+- Each object is its own blockchain - adding capacity means adding objects
+- No transaction competition for shared block space
+- Linear throughput scaling: 1,000x objects = 1,000x capacity
+- Parallel processing: transactions across different assets happen simultaneously
+
+**2. True Decentralization:**
+- **No mining pools** - owners sign their own blocks, no miners needed
+- **No validators** - no staking, no delegated proof-of-stake centralization
+- **No consensus committees** - implicit consensus through timing-based conflict resolution
+- **No centralization points** - every object operates independently
+
+**3. Cryptographic-Level Security:**
+- Each asset has **immutable ownership chain** - complete historical proof
+- **Cryptographic signing** - by current owner required for every transfer
+- **Fork penalization** - economic disincentives make double-spending provably costly
+- **Monitoring broadcast order** - cryptographically prevents confusion from conflicting forks
+- **Individual security** - compromise of one object doesn't affect others
+
+The core innovation is creating microscopic blockchains—one per atomic object—instead of monolithic chains where all transactions compete for resources and rely on centralized mining/validation.
+
+Key Components:
+1. **Per-Object Blockchains:** Each token/asset maintains its own independent blockchain containing only ownership transfer records
+2. **Implicit Consensus:** Timing-based conflict resolution without traditional mining or staking
+3. **Fork Penalization:** Economic disincentives prevent double-spending attempts
+4. **Horizontal Scalability:** Adding capacity means adding objects (blockchains), not competing for shared resources
+
+**Technology Stack:**
+- Current testnet implementation: Pure frontend (JavaScript/HTML) - serverless web application
+- Cryptography: Standard ECDSA signatures (Bitcoin-compatible) using SubtleCrypto API
+- Current implementation: Fully functional cryptocurrency with P2P capabilities - users can transfer ownership and make payments across different browser instances through P2P network
+- Future development: May implement backend nodes similar to traditional cryptocurrency infrastructure for enhanced performance
+
+**Academic Foundation:**
+- Published paper with rigorous security proofs: https://ledgerjournal.org/ojs/ledger/article/view/425
+- Formal analysis of attack vectors and economic incentives
+- Comparison with existing consensus mechanisms
+
+**What AOB is NOT:**
+- Not a Layer 2 solution (fundamentally different architecture)
+- Not focused on smart contracts (prioritizes ownership transfer)
+- Not dependent on any existing blockchain infrastructure
+- Not seeking to replace existing chains, but to explore alternative architectural approaches
+
+### Ecosystem Fit
+
+**Where AOB fits in the Web3 landscape:**
+
+AOB addresses the fundamental scalability-decentralization tradeoff that affects the entire blockchain ecosystem. While Polkadot solves scalability through parachains (vertical sharding), AOB explores radical horizontal scaling—each object is its own chain.
+
+**Target Audience:**
+1. **Blockchain researchers** investigating novel consensus mechanisms and scalability solutions
+2. **Protocol developers** seeking architectural alternatives to monolithic blockchains
+3. **Web3 community** interested in achieving Bitcoin-level decentralization at scale
+4. **Academic community** studying distributed systems and cryptoeconomics
+
+**Needs Addressed:**
+
+The blockchain ecosystem needs solutions that **simultaneously** achieve scalability, decentralization, and security. Current technologies force tradeoffs:
+
+**Comparison with Existing Technologies:**
+
+| Technology | Scalability | Decentralization | Security |
+|------------|-------------|------------------|----------|
+| **Bitcoin** | ❌ Limited (~7 TPS) | ✅ High (PoW, distributed mining) | ✅ High (longest chain) |
+| **Ethereum** | ❌ Limited (~30 TPS) | ⚠️ Medium (PoS validator sets) | ✅ High (cryptographic) |
+| **Proof-of-Stake Chains** | ⚠️ Medium (100-1000 TPS) | ❌ Low (validator centralization) | ⚠️ Medium (stake concentration risk) |
+| **Layer 2 Solutions** | ✅ High (thousands TPS) | ❌ Low (centralized sequencers) | ⚠️ Medium (depends on L1) |
+| **Sharded Chains** | ✅ High (horizontal scaling) | ⚠️ Medium (validator committees) | ⚠️ Medium (cross-shard attacks) |
+| **AOB** | ✅✅ **Unlimited** (linear per object) | ✅✅ **Maximum** (no validators/miners) | ✅✅ **Cryptographic** (individual chains) |
+
+**AOB's Unique Position:**
+- **Scalability**: Truly unlimited - add objects, add capacity (not just "faster" but fundamentally unbounded)
+- **Decentralization**: No centralization points whatsoever - surpasses even Bitcoin (no mining needed)
+- **Security**: Cryptographic-level double-spending prevention - pioneering defense against the fundamental blockchain attack vector
+
+Evidence:
+- Academic literature consistently identifies the scalability trilemma (Buterin, 2021)
+- Published research in Ledger Journal validates the theoretical approach
+- Community discussions on Ethereum Research Forum highlight ongoing scalability challenges
+
+**Similar Projects:**
+
+Within Substrate/Polkadot ecosystem:
+- **Polkadot Parachains:** Different approach—vertical sharding with shared security. AOB is horizontal sharding with independent security per object.
+- **Substrate FRAME:** Provides modular blockchain development. AOB could potentially inform future FRAME modules for ultra-lightweight chains.
+
+In broader ecosystem:
+- **Celestia/Avail:** Focus on data availability. AOB focuses on ownership consensus.
+- **Bitcoin Lightning:** Layer 2 payment channels. AOB is a Layer 1 architecture redesign.
+- **IOTA Tangle:** DAG-based, but still requires validators. AOB has no validators—owners sign their own blocks.
+
+**Why AOB is unique:**
+- **Only architecture achieving the trifecta**: Unlimited scalability + True decentralization + Cryptographic security
+- **Surpasses Bitcoin on decentralization**: No mining pools needed (owners sign their own blocks)
+- **Surpasses sharding on security**: Each object independently secured, no cross-shard attack vectors
+- **Surpasses all on scalability**: Truly unlimited horizontal scaling (not just "faster")
+- Published peer-reviewed research with formal security analysis
+- Working testnet demonstrating practical feasibility of all three properties
+
+**Related Ecosystem Projects:**
+
+No direct equivalent exists, which is why this represents valuable fundamental research for Web3. The closest conceptual parallel might be:
+- Polkadot's vision of many chains, but AOB takes it to the extreme: one chain per object
+- Potential future synergy: AOB objects could bridge to Polkadot parachains for smart contract functionality
+
+## Team :busts_in_silhouette:
+
+### Team members
+
+- Liu, Z. - Solo Founder & Researcher
+
+### Contact
+
+- **Contact Name:** Liu Zhuo
+- **Contact Email:** liuzhuo2011@gmail.com
+- **Website:** https://github.com/saintthor/acc/tree/dev
+
+### Legal Structure
+
+- **Registered Address:** Individual researcher - no registered entity
+- **Registered Legal Entity:** N/A - Individual
+
+### Team's experience
+
+**Liu, Z.:**
+- **Published researcher** in blockchain architecture with peer-reviewed publication in Ledger Journal (2025)
+- **Protocol developer** with working implementation of novel consensus mechanism
+- **Full-stack developer** demonstrated through live testnet demo and open-source codebase
+- **First grant application** - No previous Web3 Foundation grants
+
+While I am a solo researcher without prior industry experience, the peer-reviewed publication in a respected academic journal (Ledger) demonstrates the rigor and validity of the technical approach. The working testnet implementation proves technical execution capability.
+
+### Team Code Repos
+
+- https://github.com/saintthor/decentralization
+- https://github.com/saintthor/playground
+- https://github.com/saintthor/acc/tree/dev (demo interface)
+
+**Team GitHub:**
+- https://github.com/saintthor
+
+### Team LinkedIn Profiles
+
+- N/A
+
+## Development Status :open_book:
+
+**Existing Work:**
+
+1. **Academic Publication (Complete):**
+   - "Achieving Greater Decentralization with Atomic Ownership Blockchains"
+   - Ledger Journal Vol. 10 (2025)
+   - Link: https://ledgerjournal.org/ojs/ledger/article/view/425
+   - Includes: Theoretical framework, security analysis, attack resistance proofs
+
+2. **Proof-of-Concept Implementation (Complete):**
+   - Working testnet with interactive demo
+   - Demo: https://aob-acc.pages.dev/acc
+   - Users can create objects, transfer ownership, observe blockchain information
+
+3. **Code Repository (Active):**
+   - GitHub: https://github.com/saintthor/acc/tree/dev
+   - Open-source under permissive license
+   - Documented codebase with README
+
+**Research Process:**
+
+- Multi-year independent research into blockchain scalability
+- Iterative design addressing fundamental limitations of traditional architectures
+- Peer review process validating theoretical soundness
+- Implementation proving practical feasibility
+
+**Community Engagement:**
+
+- Published paper available to academic community
+- Open-source code for developer review
+- Interactive demo for public testing
+
+## Development Roadmap :nut_and_bolt:
+
+### Overview
+
+- **Total Estimated Duration:** 3 months
+- **Full-Time Equivalent (FTE):** 0.5 (part-time, solo developer)
+- **Total Costs:** 10,000 USD
+- **DOT %:** 50%
+
+### Milestone 1 — Enhanced Network Protocol & Documentation
+
+- **Estimated duration:** 1.5 months
+- **FTE:** 0.5
+- **Costs:** 5,000 USD
+
+| Number | Deliverable | Specification |
+| -----: | ----------- | ------------- |
+| **0a.** | License | Apache 2.0 |
+| **0b.** | Documentation | **Comprehensive documentation** including: (1) Protocol specification document explaining AOB architecture in detail, (2) Tutorial: "How to create and transfer AOB objects", (3) Developer guide for running local testnet nodes |
+| **0c.** | Testing and Testing Guide | **Unit tests** covering: (1) Ownership transfer validation, (2) Fork detection and penalization logic, (3) Network message propagation, (4) Cryptographic signature verification. **Testing guide** explaining how to run tests and interpret results. Target: >80% code coverage |
+| **0d.** | Docker | Dockerfile(s) enabling users to: (1) Run AOB node locally, (2) Create test objects and perform transfers, (3) Simulate multi-node network, (4) Visualize blockchain formation |
+| 0e. | Article | **Research article** (1500-2000 words) explaining AOB for Web3 developers: "Rethinking Blockchain Architecture: How Atomic Ownership Blockchains Achieve Unlimited Scalability" - to be published on Medium/Mirror |
+| 1. | Network Protocol Enhancement | **Implement robust P2P networking layer** including: (1) Efficient distribution of ownership chains, (2) Peer discovery mechanism, (3) Optimization for minimal bandwidth (only ownership records), (4) Network resilience testing |
+| 2. | Fork Resolution Module | **Formalize and implement fork detection** including: (1) Automatic identification of conflicting ownership claims, (2) Timestamp-based resolution mechanism (as described in paper), (3) Penalization tracking for malicious actors, (4) Recovery procedures |
+| 3. | Performance Benchmarking | **Measure and document AOB's advantages across all three dimensions**: (1) **Scalability**: Transaction throughput vs. number of objects, comparison with Bitcoin/Ethereum baseline, (2) **Decentralization**: Quantify absence of centralization (no mining pools, no validators, Gini coefficient analysis), (3) **Security**: Analyze attack costs vs. potential rewards, cryptographic guarantees documentation, (4) Identify bottlenecks for future optimization |
+
+**Success Criteria:**
+- Complete protocol documentation accepted by grant evaluators
+- All tests passing with >80% coverage
+- Docker setup allows non-technical users to run demo
+- Benchmarks demonstrate **all three core advantages**:
+  - **Scalability**: Linear throughput increase with object count
+  - **Decentralization**: No centralized components (verified by architecture audit)
+  - **Security**: Cryptographic guarantees validated, attack costs exceed rewards
+
+### Milestone 2 — Advanced Features & Academic Outreach
+
+- **Estimated Duration:** 1.5 months
+- **FTE:** 0.5
+- **Costs:** 5,000 USD
+
+| Number | Deliverable | Specification |
+| -----: | ----------- | ------------- |
+| **0a.** | License | Apache 2.0 |
+| **0b.** | Documentation | **Extended documentation** including: (1) Security audit results and threat analysis, (2) Integration guide for developers wanting to build on AOB, (3) Economic analysis of attack costs vs. rewards, (4) **Comparison document: "AOB vs. Traditional Blockchains: The Scalability-Decentralization-Security Trifecta"** - comprehensive analysis showing how AOB surpasses existing technologies on all three dimensions |
+| **0c.** | Testing and Testing Guide | **Extended test suite** covering: (1) Multi-node consensus scenarios, (2) Byzantine behavior simulation, (3) Economic attack simulations (double-spend attempts), (4) Long-term chain stability tests. Enhanced testing guide with scenario explanations |
+| **0d.** | Docker | **Multi-node Docker Compose setup** allowing users to: (1) Simulate network of 10+ nodes, (2) Inject Byzantine actors, (3) Visualize attack prevention mechanisms, (4) Monitor network health metrics |
+| 0e. | Article | **Technical deep-dive article** (2000-2500 words): "Inside Atomic Ownership Blockchains: Achieving Unlimited Scalability, True Decentralization, and Cryptographic Security" - targeted at blockchain researchers and developers, demonstrating how AOB surpasses existing technologies on all three critical dimensions |
+| 1. | Security Hardening | **Implement comprehensive security measures** including: (1) Enhanced cryptographic validation, (2) Rate limiting and DoS prevention, (3) Audit log for all ownership changes |
+| 2. | Interoperability Study | **Research document on AOB integration** including: (1) Analysis of potential bridges to Polkadot/Ethereum, (2) Design proposal for cross-chain asset transfers, (3) Smart contract compatibility layer concept, (4) Evaluation of technical feasibility |
+| 3. | Academic Outreach | **Written materials** including: (1) Conference-quality paper/poster suitable for submission, (2) Written tutorial document explaining AOB to researchers, (3) Submission to blockchain conference (paper track, no presentation required), (4) Written Q&A document addressing common questions |
+| 4. | Community Tools | **Developer-friendly tools** including: (1) CLI tool for creating/managing AOB objects, (2) Block explorer interface for visualizing ownership chains, (3) Example integration code (Python/JS libraries), (4) API reference documentation |
+
+**Success Criteria:**
+- Security audit demonstrates resistance to common attacks
+- Interoperability study provides clear path for future integration
+- Community tools enable third-party developers to experiment with AOB
+- Academic materials suitable for conference submission
+
+## Future Plans
+
+**Short-term (6-12 months post-grant):**
+
+1. **Academic Dissemination:**
+   - Submit written papers to major blockchain conferences
+   - Engage with developer community through written documentation and online forums
+
+2. **Technical Enhancement:**
+   - Based on grant feedback, refine protocol implementation
+   - Develop formal specification for standardization
+   - Create reference implementations in additional languages (Rust)
+
+3. **Community Building:**
+   - Open-source all deliverables for community contribution
+   - Create developer Discord/Matrix for AOB discussions
+   - Seek collaborations with researchers/developers interested in scalability
+
+
+**Long-term (1-3 years):**
+
+1. **Ecosystem Integration:**
+   - Explore AOB-Polkadot interoperability implementation (building on Milestone 2 research)
+   - Investigate AOB as potential ultra-lightweight parachain concept
+   - Collaborate with Parity on architectural insights
+
+2. **Real-world Applications:**
+   - Digital collectibles platform using AOB (NFTs with independent chains)
+   - Micropayment network leveraging horizontal scalability
+   - Tokenized asset platform (each real-world asset = one blockchain)
+
+3. **Sustainability:**
+   - Apply for follow-up grants based on demonstrated progress
+   - Seek partnerships with organizations needing scalable ownership tracking
+   - Potential future: Launch test network with real economic activity
+
+**Maintenance:**
+- As sole researcher, I'm committed to maintaining AOB indefinitely (passion project)
+- Open-source nature allows community contributions
+- Academic publication ensures long-term archival and citability
+
+**Financing Strategy:**
+- This grant covers initial R&D and documentation
+- Future funding through: academic grants, protocol foundations, potential commercial partnerships
+- No token sale planned—focus remains on research and open-source development
+
+## Additional Information :heavy_plus_sign:
+
+**How did you hear about the Grants Program?**
+Research into Web3 funding opportunities for blockchain research projects
+
+**Previous Work:**
+- Peer-reviewed publication in Ledger Journal (2025)
+- Working proof-of-concept with live demo
+- Open-source codebase
+
+**Why This Grant Matters:**
+
+AOB represents fundamental research that achieves what the blockchain industry has long sought: **simultaneously solving the scalability, decentralization, and security challenges**. While most projects optimize one or two dimensions at the expense of others, AOB demonstrates that all three can be maximized together through architectural innovation.
+
+This research could influence the next generation of blockchain architectures across the entire Web3 ecosystem, including potential synergies with Polkadot's multi-chain vision.
+
+The grant will enable:
+1. Rigorous documentation for researchers/developers
+2. Security hardening for real-world viability assessment  
+3. Academic outreach to engage the broader research community
+4. Community tools for experimentation and feedback
+
+**Unique Position:**
+
+As an independent researcher with published academic work and working code, I bring both theoretical rigor and practical implementation experience. The peer-reviewed paper provides formal proofs of AOB's advantages across all three critical dimensions (scalability, decentralization, security), while the working testnet demonstrates their practical feasibility. This grant will help bridge the gap between academic research and practical deployment in the Web3 ecosystem.
+
+**No Previous Grants:**
+This is my first grant application to any blockchain foundation.
+
+**No Other Financial Contributors:**
+AOB has been entirely self-funded to date.
+
+**No Token Sale:**
+AOB is a pure research project with no associated token or ICO.