Introducing Mercury 2.5
Inception's flagship diffusion LLM, delivering cost-optimized frontier intelligence at 1107 tok/s. I contributed to the post-training, evaluation, and release of the model.
I study Computer Science at MIT and do research on vision and generative modeling in Professor Vincent Sitzmann's group. I have trained and shipped state-of-the-art LLMs through internships at Inception Labs and Continue (acquired by Cursor).
I'm broadly interested in robot learning, generative modeling, reinforcement learning, perception, and open-ended exploration. I also enjoy running cross country and track for MIT, playing music, painting, woodworking, and discussing philosophy.
Inception's flagship diffusion LLM, delivering cost-optimized frontier intelligence at 1107 tok/s. I contributed to the post-training, evaluation, and release of the model.
A simulation of Sen et al., using a light as a camera, and a camera as a light. The adaptive multiplexing algorithm speeds up acquisition of the light transport matrix by 1000x.
A next-edit prediction model for coding. I got to execute the full development cycle, from securing compute resources and running experiments to evaluations and release.
A custom neural network with a new fine-tuning scheme to identify simple mathematical expressions for chaotic discrete-time dynamical systems.
A high school research project on classifying running biomechanics from pose time series.