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schunsukesuzuki/README.md

Hi there 👋

My background started from programming languages and software systems, then moved into JAX-based scientific machine learning, NLP, Bayesian modeling.

I am now extending that foundation toward geometric learning, Physical AI, world models, and 3D reconstruction. My current work is reading-heavy because I am still mapping how modern 3D vision, representation learning, probabilistic modeling, and deployable AI systems should be connected.

My GitHub therefore contains both older exploration across languages and systems, and newer work around JAX, world models, 3D vision, and Physical AI.

LeJEPA is one of the bridges between my earlier work in representation learning and my current focus on 3D vision and Physical AI. I read it not merely as an SSL method, but as a possible replacement for heuristic visual backbones such as DINO in geometry-heavy systems like VGGT or DUSt3R-like pipelines.

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  1. schunsukesuzuki schunsukesuzuki Public

    I am currently updating my research-engineering stack toward Physical AI, world models, 3D vision, and deployable probabilistic systems. My recent work is intentionally reading-heavy: I am mapping …

  2. topological_flow_matching_jax_unofficial topological_flow_matching_jax_unofficial Public

    Python

  3. unorganized_scripts_for_r_and_d unorganized_scripts_for_r_and_d Public

    Jupyter Notebook

  4. v-jepa21_risk_lens v-jepa21_risk_lens Public

    Python

  5. flow-match-shortcut flow-match-shortcut Public

    Python