Selected Research
Alignment
Active Inference-Time Learning
Alignment
PMLR / NeurIPS 2025 (UniReps)
Aligns frozen, independently trained vision and language backbones via small autoencoders meeting at a shared bottleneck. A novel Spread Loss turns the Platonic Representation Hypothesis into a training objective — matching a fine-tuned CLIP at ~1/3 of the FLOPs. Google DeepMind; with Been Kim & Yisong Yue.
Active Inference-Time Learning
2026 · under submission
Agents stay generic and disposable; the only thing that persists is a shared, curated knowledge base. Transient agents attempt tasks and debate across them, and what survives is distilled into reusable bundles — higher solve rates at lower cost, transferring zero-shot across model families.
Active Inference-Time Learning
ICML 2026 (Human-AI Co-Creativity)
LLM-guided evolutionary search collapses onto a single program family. VendiEvolve puts the Vendi Score into the loop as a control signal, steering selection toward diversity so the search keeps its stepping-stones to better solutions.
Alignment
Nature Neuroscience 2025
Writes spatiotemporally patterned percepts into cortex via an addressable micro-LED array and decodes them to behavioral choice — installing a representation and reading out what the animal made of it.
Alignment
eLife 2023
A perception-to-representation pipeline: lifts markerless video to 3D pose, then aligns it with unsupervised population-level neural trajectories — movement and neural dynamics in one shared low-dimensional space.
Alignment
Nature Communications 2022
A real-time connector system for the brain — a GUI front-end over an NFC/RF link driving up to 256 battery-free implants, with behavior read back from video.