This week · Pulse
Mon / Tue / Wed drops — news scan, community field notes, and a plain-language explainer. Updates weekly (Mon–Wed). Public categories: news-digest, community-news, popular-explainer.
News Digest — Movement, AI & Embodied Practice (2026-06-02)
Qi, Z., Chen, X., et al. (Tsinghua University & Galbot Inc.). (2026, June 2). arXiv:2606.03985. https://arxiv.org/abs/2606.03985 — *CVPR 2026 poster*
Community News — Movement, AI & Embodied Practice (2026-06-03)
Qi, Chen et al. (Tsinghua / Galbot) present a GPT-style causal Transformer pre-trained on a 2-billion-frame motion corpus — the largest training dataset for a motion tracking model to date. The model achieves zero-shot generalisation to unseen motions and control tasks while tracking highly dynamic ...
Popular Explainer — Movement, AI & Embodied Practice (2026-06-04)
A human infant takes about a year to learn to walk. In that year, they generate roughly a few million instances of weight shift, balance correction, and motor adjustment — trying, falling, recovering, trying again — each one updating the nervous system's model of how this particular body navigates g...
This month · Long-form
Frontier Report — Motion Representation & Generative AI (2026-06-01)
June 1, 2026 marks the opening of CVPR 2026 in Denver — the largest computer vision and pattern recognition conference in history, with 4,090 accepted papers across two weeks of sessions, workshops, and tutorials. The human motion track is more extensive than at any previous CVPR, with a dedicated o...
Deep Analysis — Somatic Practice & AI Architecture: Theoretical Intersections (2026-06)
The May 2026 deep analysis established that Merleau-Ponty's motor intentionality and current predictive AI architectures are structurally homologous — both are forward models — but differ in three fundamental respects: the content of their predictions (felt vs. visual), the history through which the...
Synthesis — Movement, AI & Embodied Practice (2026-05-15)
Somatic movement intelligence and generative AI are converging on the same architectural principle from opposite directions: **prediction as the primary organising function of a movement system**.
Innovation Brief — Movement, AI & Embodied Practice (2026-05-15)
Every movement you make is preceded by a signal you cannot consciously observe: an electromyographic (EMG) burst in the muscles involved, firing 50 to 200 milliseconds before visible movement begins. This is the pre-activation window — the nervous system's instruction to the body that precedes its e...
Practitioner Guide — Movement, AI & Embodied Practice (2026-05-28)
This guide is for movement practitioners — dancers, somatic educators, physical theatre makers, bodyworkers — who are beginning to use AI motion generation tools in their practice or research. It assumes familiarity with Laban Movement Analysis, particularly the Effort dimension. It does not assume ...
Interview Profile — Movement, AI & Embodied Practice (2026-05-28)
Amy LaViers has spent the past fifteen years asking a question that most roboticists have never considered: what does a robot's movement mean? Not how does it function — that is a solved problem for most locomotion tasks — but what does the *quality* of how it moves communicate to a human observer, ...