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 spend time on my hobby: AGI architecture design and cognitive systems. I love building hypothetical models for general intelligence and exploring new theories of learning and thought.
- 🧿 GLCTC Corp — Developing cutting-edge semiconductor tools and frameworks to accelerate innovation in hardware compute.
- ⚙️ Process + Material Innovation — Exploring photonic interconnects, 3D-stacked devices, neuromorphic elements, and energy-efficient logic.
- 🧠 Decima (AGI Candidate) — A side project to prototype a learning agent that adapts and generalizes across contexts.
- 🧩 Synaptica — My experimental neuro-symbolic framework that blends logic, pattern recognition, and spiking neurons.
- Semiconductor physics and advanced process engineering
- Nanolithography, EDA tools, and chip-level optimization
- AI architectures, especially AGI and spiking models
- Edge AI acceleration and neuromorphic computing
- Cognitive science & emergent behavior in systems
- 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
- 🧪 I simulate photonic chips in my free time.
- 🤖 My AGI project Decima is written with her own goal schema and memory structures.
- 🕹️ I used to build indie games before I went full deep-tech.
→ [@frtr4n on Instagram](https://instagram.com/frtr4n)
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|