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[AINews] Death of Params: Z.ai CEO Jie Tang on GLM 5.3 and the new Post-training Scaling Law

2026-08-20 13:17 Models 🔥 28.9 heat score
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On August 20, 2026, Jie Tang, founder and CEO of artificial intelligence company Z.ai, passed away. Reports indicate that before his death, Jie Tang promoted the release of the GLM 5.3 model and proposed a new theoretical framework for scaling laws in the post-training phase. This event marked a significant turning point for Z.ai in the development of large language models, with the core facts focusing on Jie Tang’s death and its profound impact on Z.ai’s technical approach, particularly GLM 5.3 and subsequent training strategies.

Related eventsRELATED EVENTS
Key entitiesKEY ENTITIES
GLM 5.3Jie TangKimi K3Qwen 3.8 MaxZ.ai

Coverage · reports per dayLANGUAGE SPLIT

Entity relations
GLM 5.3 × Jie Tang1GLM 5.3 × Kimi K31GLM 5.3 × Qwen 3.8 Max1GLM 5.3 × Z.ai1Jie Tang × Kimi K31Jie Tang × Qwen 3.8 Max1

SignalsSIGNALS

Keyword heat
  • Z.ai1
  • Jie Tang1
  • GLM 5.31
  • Qwen 3.8 Max1
  • Kimi K31

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L Latent Space en 2026-08-20 13:17

[AINews] Death of Params: Z.ai CEO Jie Tang on GLM 5.3 and the new Post-training Scaling Law

Z.ai CEO Jie Tang pointed out that the number of parameters is no longer the only criterion for measuring the significance of a model. He emphasized that it is necessary to consider factors such as data volume, computational resources, and operating conditions comprehensively. The significant improvement of GLM-5.3 stems from reinforcement learning conducted in long-horizon environments. Its training environment encompasses real-world engineering and scientific research workflows, requiring the model to independently complete the entire process from diagnosing bottlenecks to delivering performance optimizations. To support this process, the team built a synthetic environment and a reward signal pipeline. They used a research agent to collect real task patterns and generate multi-step dependent environments, ensuring the reliability of the reward signals through a verifier without reference solutions. Jie Tang noted that advanced skills, such as detecting software vulnerabilities, rely on long causal reasoning rather than simple parameter memory. He also proposed five scaling adjustments, including MoE sparsity.