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Compile Real-World Complexity into AI Capabilities.

Joined September 2026
Photo by TokenWave.AI (@TokenWaveai)Photo by TokenWave.AI (@TokenWaveai)Photo by TokenWave.AI (@TokenWaveai)Photo by TokenWave.AI (@TokenWaveai)Photo by TokenWave.AI (@TokenWaveai)Photo by TokenWave.AI (@TokenWaveai)
[1/9] What are the limits of AI agents in scientific research? Can they use professional software as effectively as scientists? Meet OSWorld-Science: a benchmark and evaluation environment for computer-use agents, with tasks grounded in real-world scientific research needs—from pathology image analysis to physical simulation. 146 tasks. 7 scientific domains. 17 tools. 12 VLMs evaluated. Tasks are developed through expert proposals and iterative human–AI co-design, with selection guided by scientific value and difficulty. By combining GUI/CLI interaction, artifact-based evaluation, and trajectory analysis, we examine how agents carry out scientific workflows and where execution breaks down. TokenWave is glad to be part of this research collaboration. 🌐 Project: discoailab.github.io/osworld… 📄 Paper: arxiv.org/abs/2609.39903 💻 Code: github.com/DiscoAILab/OSWorl… 📊 Data: huggingface.co/datasets/SciA…
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[8/9] Help expand OSWorld-Science: • Contribute tasks grounded in real research needs across scientific, clinical, and engineering workflows. • Bring cross-application and interdisciplinary tasks, including drug-discovery workflows. • Debug and verify tasks and evaluators. • Support testing with API access or sandbox resources. Researchers and collaborators welcome. Submit a task: forms.gle/dAK1xuLJCfGJG9sm7
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[9/9] Thank you to all our OSWorld-Science collaborators: Dingyuan Dai, Heli Qi, Lei Liu, Yinxi Li, Baiding Chen, Zijun Dou; Qingcheng Zeng (@SteveZeng7), Qi Kang, Oliver Kunyang Sun, Eric Wang, Bo Zhou, Haixin Wang, Yufan Du, Shi Bo, Ruihan Lin, Mengqi Yuan, Dunjie Lu, Steven Dillmann (@StevenDillmann), Yiming Shi, Tina Su, Amy Xin, Minghao Liu, Xi Wang, Xu Huang; Ge Zhang (@GeZhang86038849), Pengyu Nie, Zhen Yang, Jie Tang (@jietang), Juanzi Li, Weihao Xuan, and Tianyu Liu (@meSuper8). Full author list and affiliations: discoailab.github.io/osworld…
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A closer look at YuE2: from prompt roulette to editable AI music. YuE2 is a 3.58B-parameter open-weight music model that writes an editable melody-and-chord score before rendering a complete song with vocals and accompaniment. We see YuE2 as a step toward a new paradigm for AI music: explicit musical planning, with a score that creators and agents can inspect and revise before it becomes audio. The paper tests whether that planning helps. Using the same model checkpoint, 49.3% of expert judgments favored symbolic planning versus 34.6% without it; the rest were ties. TokenWave supplied most of the project’s synthetic training data under license, as acknowledged in the paper. We’re glad to have contributed alongside HKUST, M-A-P, and the wider research team to this direction: making musical structure explicit, editable, and part of generation itself. What does this make possible? 🎼 Edit the composition. Change the melody or harmony, then render a new performance. The exact vocals and sound may vary between versions. 🎙️ Reimagine a song. Use a transcribed melody to create a new interpretation in a different style, without cover-specific fine-tuning. 🤖 Collaborate with an agent. An external language-model agent translates musical feedback into score, style, or lyric revisions. YuE2 generates the audio. Under the hood, a unified AR–NAR Mixture-of-Transformers connects scores to audio through semantic tokens and flow-matched acoustic latents. MERT2 and SheetSage2 provide semantic and symbolic training supervision. Demos and editable scores: map-yue2.github.io/ Paper: arxiv.org/abs/2609.33757 Code: github.com/multimodal-art-pr…
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