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#Image generation

Oct 7

Oct 7Wed
  1. Apple Machine Learning ResearchAI score42

    Apple's Normalizing Trajectory Models generate images in four steps with exact likelihood

    AIApple researchers introduced Normalizing Trajectory Models (NTM), which model each reverse diffusion step as a conditional normalizing flow trained with exact likelihood. The model matches or outperforms strong image generation baselines on text-to-image benchmarks in just four sampling steps while retaining exact likelihood over the generative trajectory.

Sep 29

Sep 29Tue
  1. Google ResearchAI score35

    Google Research unveils Diffusion Controller for steering AI image generation

    AIGoogle Research introduced Diffusion Controller, a framework that treats image generation as a continuous control problem rather than separate inference-time guidance and fine-tuning fixes. Its lightweight add-on "steering damper" network keeps the base model frozen and works on black-box or gray-box models, and it outperformed the industry standard on human preference matching. In a Stable Diffusion v1.4 test, the fully unlocked version achieved a 90% win rate over the baseline.

Sep 25

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Sep 15

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May 29

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Apr 21

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Jan 9

Jan 9Fri
  1. BAAIAI score47

    DrugCLIP screens 10 trillion protein-molecule pairs per day for drug discovery

    AITsinghua AIR and BAAI's DrugCLIP screened 10,000 proteins against 500 million molecules, identifying over 2 million drug candidates. The post claims a 1-million-fold speedup, reaching 10 trillion protein-molecule pairs per day, and positions DrugCLIP as bridging AlphaFold structures to drug candidates. The work is published in Science, with a platform available at drugclip.com.

Dec 12, 2025

Dec 12, 2025Fri
  1. Apple · new models on Hugging FaceAI score46

    Apple's SHARP Turns a Single Photo into a 3D Scene in Under a Second

    AIApple has released SHARP, a model that generates a 3D Gaussian representation of a scene from a single photograph in less than a second on a standard GPU. The output renders in real time as high-resolution photorealistic views of nearby camera positions, with metric absolute scale, and the paper reports reductions of 25–34% in LPIPS and 21–43% in DISTS versus the best prior model.