Niraj Gohil

I’m aiming at building the technology to give people command over their own attention, the scarce faculty in an age of abundant machine intelligence.

I’m an engineer and have been a systems researcher by training and have worked with CSIRO – Australia and Argonne National Lab – USA, with peer-reviewed research on the life cycle analysis of electrolytic hydrogen production and on dynamic modeling of the U.S. semiconductor supply chain. Modeling constrained systems taught me one lesson: when an input becomes abundant, the bottleneck moves. I’m now working on where it moved in human cognition.

My essay The Oldest Problem That Was Never Solved makes the argument: as intelligence becomes abundant and nearly free, the one thing that separates those who wield it from those who merely stand beside it is command, the power to choose what your mind works on and carry it through to something finished.

That argument became Scope: a wearable instrument for the attention of humans. It detects the moment the mind leaves the work it chose, restores it below the threshold of notice, and proves the restoration worked with a control arm running inside the device. The design is filed with the USPTO, and the full investor presentation is public.

Scope · For YC & Investors

Scope: the instrument for human attention The agents scale. The operator does not. · The full presentation, in-browser
Download the pitch deck PPTX ↓ 15 slides · the deck we bring into the room

Patent

Causally Validated Wearable System for Uncertainty-Aware Cognitive-State Detection and Bounded Sensory Intervention PDF ↗ USPTO provisional · filed 21 July 2026 · 27 claims · 18 figures · filed pro se · patent pending

Essays

The Oldest Problem That Was Never Solved The one thing AI can’t give you · 2026

Research

Spatio-Temporal Life Cycle Analysis of Electrolytic H₂ Production in Australia under Time-Varying CO₂ Management Schemes arXiv ↗ arXiv:2509.00175
Enhancing Spatio-Temporal Resolution of Process-Based Life Cycle Analysis with Model-Based Systems Engineering & Hetero-functional Graph Theory arXiv ↗ arXiv:2506.00230
Dynamic Modeling of the U.S. Semiconductor Supply Chain (1990–2025) Zenodo ↗ Independent study · working draft