Interlat: Enabling Agents to Communicate Entirely in Latent Space
How hidden states and learned compression enable agents to communicate beyond natural language.
M.Eng. student @ Zhejiang University
duzy {at} zju {dot} edu {dot} cn
Bio
I am an M.Eng. student in Data Science at Zhejiang University, advised by Prof. Wei Chen at ZJUVAI. I received my B.Eng. in Computer Science from Jinan University.
I hope to build I use the term machine-native AI agents to describe agents that develop or learn their own representations, communication protocols, coordination structures, and self-improvement mechanisms, rather than inheriting them from human language and organizational workflows. AI agents, with interests in multi-agent collaboration, recursive self-improving,
latent-space communication and reasoning, autonomous evaluation, and post-training. Recent work includes
Interlat
,
EvoPatient
, and
Croto
.
My research began at THUNLP, where I worked with Prof. Zhiyuan Liu and Prof. Chen Qian on how agents organize and coordinate their work. Studying multi-agent collaboration led me to a broader question: how can agents learn to improve the ways they work together?
At Zhejiang University, I explored agent self-improvement through doctor–patient coevolution. At Alibaba, I investigated communication in latent space, asking how agents could exchange information beyond natural-language messages. These experiences shaped my interest in agents that develop their own representations, communication protocols, and mechanisms for self-improvement.
More recently, in the ByteDance Talent Program, I worked on multi-turn dialogue systems, user simulation, autonomous evaluation, and LLM post-training. This experience connected my research interests to the practical challenge of generating useful interaction data and evaluating whether agents are improving. Together, these directions motivate my long-term goal of building machine-native AI agents that learn and improve through interaction.
How hidden states and learned compression enable agents to communicate beyond natural language.
How context, feedback, and evolving agent systems shape reliable self-improvement.
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I have worked at ByteDance Talent Program, Alibaba Group's Future Living Lab, and THUNLP, Tsinghua University. Click an organization to view details.
Beyond research, I enjoy soccer, fencing, snowboarding, billiards, ballroom dancing, piano, photography, and physics. I occasionally write notes on my personal blog and share longer, research-oriented pieces in Posts.
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