Precision without pretense.
I'm FRTR4N — a semiconductor researcher at GLCTC Corp, where I design, simulate, and explore the boundaries of next-gen microelectronics and nanofabrication systems. From sub-5nm architectures to quantum-aware lithography, my work focuses on hardware systems that push the limits of compute and physical design.
When I'm not working on wafers or field solvers, I'm deep in my favorite hobby: AGI architecture design and cognitive systems — building hypothetical models for general intelligence and exploring new theories of learning and thought.
| Cutting-edge semiconductor tools and frameworks to accelerate innovation in hardware compute. | Photonic interconnects, 3D-stacked devices, neuromorphic elements, and energy-efficient logic. |
| A prototype learning agent with her own goal schema and memory structures — built to adapt and generalize across contexts. | An experimental neuro-symbolic framework blending logic, pattern recognition, and spiking neurons. |
💬 Ask Me About
- Semiconductor roadmap forecasting and design
- How to move from AI toy models to silicon-backed intelligence
- AGI research from a systems engineering lens
- Combining symbolic reasoning with spiking networks
⚡ Fun Facts
- 🧪 I simulate photonic chips in my free time.
- 🤖 My AGI project Decima runs on her own goal schema and memory structures.
- 🕹️ I used to build indie games before I went full deep-tech.
