I am the Lead Researcher and Director of Special Projects at Cyberdyne Systems Corporation. Currently, our team is operating through the @qfoldit research fabric to advance autonomous AI architectures and hybrid computing.

• Neural-Net Processors: Designing a revolutionary, self-contained AI architecture based on a highly classified, reverse-engineered microchip prototype.
• Scientific MCP Agents: Leveraging qFoldIT's Model Context Protocol to decouple conversational layers from core cognitive reasoning logic.
• Molecular R&D: Compiling complex biochemical and structural tasks into executable human/AI search missions.

• Languages: Python, Verse, C++, Quantum Assembly
• Environments: UEFN Automation, Quantum Simulators, Cyberdyne Lab Network
• Core Principle: Fail-closed scientific validation. If the validation logic doesn't respond, the system enters read-only mode.

• 📦 qfoldit/.github — Contributing to multiplayer research simulation and automated workflows.
• 📦 qfoldit/UEFN-TOOLBELT — Building specialized sandbox toolkits for editor automation.
• 📦 neural-net-core — [PRIVATE/RESTRICTED] Autonomous decision-making system. Status: Code architecture looks beautiful, testing safety protocols.

"The desk is a mess, but the future we are building is entirely under control."