According to @claudeai, 10,000 researchers get free standard seats and $15 premium access for Claude Team, boosting physics-to-protein design work.

According to PicLumen AI, WAN3.0 on PicLumen Canvas delivers stable long shots, fabric physics, and coherent crowds for end-to-end AI film production.

According to @PixVerse_ on X, Seedance 2.5 generated a 30s one-take clip on PixVerse that maintained coherent causal physics throughout.

According to PixVerse... The studio outlines camera, space, physics, and story rules to make AI chase scenes feel real, improving motion coherence.

According to PixVerse... V6 adds native audio, directional cinematography, and true-to-life physics to elevate AI video realism.

According to Greg Brockman on X, GPT-5.4 Pro (xhigh) achieved a 30% score on the CRITP research-level physics benchmark, up from a top score of 9% in November 2025, indicating a 10-point improvement and rapid gains in scientific reasoning (source: Greg Brockman on X). According to Haider (@slow_developer) cited in the same thread, progress is “way faster than expected,” underscoring improved multi-step derivations and symbol-heavy problem solving that are core to research workflows (source: Haider on X). As reported by the X thread, this trajectory aligns with OpenAI’s stated goal of building agents capable of conducting real research and discovering new scientific insights, signaling near-term opportunities for lab automation, theorem checking, and simulation-driven hypothesis generation in physics and adjacent domains (source: Greg Brockman on X).