Foundation: Tackling Lightning Network Optimization with Quantum Computing

I. Foundation Research: Company Establishment

Company establishment marked the beginning of our journey to solve Lightning Network optimization challenges using quantum computing. We initiated the theoretical formulation of LN-QUBO v0.1, focusing on transforming LN's routing problem into a Quadratic Unconstrained Binary Optimization (QUBO) format that quantum annealers can process. The core research team was assembled, consisting of one quantum physicist specializing in quantum annealing algorithms and one LND engineer with deep expertise in Lightning Network architecture. Simultaneously, we secured cloud access to D-Wave Advantage 4.1 (5000+ Qubits, 15-way connectivity) through AWS Braket, enabling us to begin experimental work on quantum optimization of network routing problems.

Additional Technical Details:

I. Foundation Research: Company Establishment

LN-QUBO Theoretical Formulation (v0.1) Initiated

The founding team conducted an angel round to secure initial funding for research infrastructure and team building. We established our first office and began building the R&D infrastructure necessary for quantum computing research. The core team hiring process focused on bringing together experts in quantum physics and distributed ledger technology, creating a unique interdisciplinary research group dedicated to solving LN's optimization challenges through quantum approaches.

Additional Business Details:

Company Establishment

Angel Round by Founders

AWS Braket (Advantage 4.1) contract

Hardware Specifications:

AWS Braket (Advantage 4.1) Contract 8

Core Team (Quantum Physicist x1, LND Engineer x1) Hired

The Lightning Network was experiencing significant growing pains as it transitioned from experimental to practical infrastructure. Users were facing daily routing failures, and the network's complexity was growing exponentially with each new node. This created a clear market need for advanced optimization solutions that could handle the NP-hard nature of multi-objective routing problems.

Additional Market Information:

LN Growing Pains Became Apparent 3