A social platform built from zero to 20K+ users, with fast iteration and AI-assisted product development at its core.
Building at the edge of products. intelligence. physics.
AI is my build system. I learn fast, dive deep, and move from idea to working product — shipping tools, platforms, and intelligence into the real world.
Ideas with
a pulse.
AI-native products conceived, built, and pushed into the real world — not stranded in a deck.
A verified, campus-only social layer where official events and spontaneous plans finally meet.
The numbers
do the talking.
Founder outcomes, AI product velocity, and research impact — one operating range.
Machine intelligence,
meet the universe.
Four frontiers. One method: find the signal hiding inside the complexity.
Teaching LIGO
to hold still.
reduction
Control at the
smallest scale.
error
Forecasting
what comes next.
comets, satellites
Seconds before
a star collapses.
error
Momentum,
mapped.
From first research models to products in market — a deliberately non-linear path.
Research begins
Heart murmur classification · Trinity College
Systems in production
100K+ weekly AI requests · Radical AI, NYC
Founder mode
Yaaro launches · LIGO research · Quantum control
Scale + signal
ConnectED live · Incoming AI SWE at Zemantics · Trinity graduate
- 01 Phi Sigma Phi · Physics National Honors Society
- 02 Albert J. Howard · Best Junior in Physics
- 03 Phi Delta Gamma · Mathematics Award of Merit
- 04 Dean's Scholar · Top academic distinction
- 05 Next Genius · Full-Tuition Scholar
- 06 Trinity Ideathon 2025 · Winner
Ghost Vectors: Soft-Deleted Embeddings Remain Reconstructible in HNSW Vector DatabasesARXIV · AI SECURITY
↗ 02Deep Reinforcement Learning for Autonomous Control of Hole-Doped Hubbard ClustersPUBLISHED · APL MACHINE LEARNING
↗ 03Microseismic Noise Mitigation with Machine Learning for Advanced LIGOARXIV · GRAVITATIONAL WAVES
↗ 04Comparative Analysis of Autonomous and Systematic Control Strategies for Hole-Doped Hubbard ClustersARXIV · REINFORCEMENT LEARNING
↗ 05Geometric and Orbital Control of Correlated States in Small Hubbard ClustersARXIV · QUANTUM SYSTEMS
↗ 06Prediction of Neutrino Emissivity from Pre-supernova Stars by Machine LearningPUBLISHED ABSTRACT · APS
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