Towards the construction of a virtual yeast

By: Liujia Qian · Zizhuo Zhou · Peijie Zhou · Zhen Dong · Xudong Zhang · Zhenwu Dai · Zhangyang Gao · Siqi Sun · Kevin R. Roy · Shuaiyao Wang · Nicola Zamboni · Charles Boone · Michael Costanzo · Jianzhe Li · Gianni Liti · Jia-Xing Yue · Markus Ralser · Evan Williams · Mattia Zampieri · Heng Jiang · Tailin Wu · Yalin Wang · Feiran Li · Joseph Schacherer · Rui Sun · Zhaoxing Li · Yaming Deng · Yi Chen · Zhiping Xie · Huiqiang Lou · Xiaowen Wang · Linhai Xie · Han Wen · Liangyi Chen · Kai Lei · George Rosenberger · Xue Cai · Yingrui Wang · Qi Xiao · Huaizong Shen · Gaowen Liu · Lei Ma · Brenda Andrews · Hui Lu · Kiryl Piatkevich · Yi Zhu · Lei Bai · Yizhi Cai · Yuping Chen · Weinan E · Ge Gao · Fuchu He · Luonan Chen · Stan Z. Li · Hongwu Ma · Liang Qiao · Lars M. Steinmetz · Leihan Tang · Tang Tang · Xiaofan Zhang · Jing Yang · Yifan Yang · Kaicheng Yu · Jianyang Zeng · Yefeng Zheng · Bowen Zhou · Tiannan Guo

1 July 2026 at 01:00

Nature, Published online: 01 July 2026; doi:10.1038/s41586-026-10574-9

A virtual yeast, an artificial intelligence-driven agent for modelling eukaryotic cellular behaviours, is described.

Spatial distribution of the proteome in the human body and in cancers

Nature

By: Liang Yue · Wenhao Jiang · Sainan Li · Meng Luo · Ning Fan · Xiaolu Zhan · Rui Sun · Honghan Cheng · Zhangzhi Xue · Tong Liu · Qianhe Zhou · Kexin Chen · Tian Lu · Fang Guo · Dongwei Li · Weigang Ge · Zongxiang Nie · Mengge Lyu · Jun A · Yingrui Wang · Yingdan Chen · Zhenhai Fu · Nan Xiang · Lu Li · Fengchao Yu · Guo Ci Teo · Alexey I. Nesvizhskii · Meng Wang · Michael P. Snyder · Ben C. Collins · Qi Xiao · Ruedi Aebersold · Fei Xu · Hui Yang · Sijia Zhang · Yi Han · Yi Zhu · Yong Ji · Yan Li · Tiannan Guo

17 June 2026 at 01:00

Nature, Published online: 17 June 2026; doi:10.1038/s41586-026-10660-y

A spatially resolved map of the human proteome across a variety of healthy tissues and cancers provides wide-ranging insights in developmental biology and oncology, and could aid the identification of therapeutic targets and development of treatments for cancer.

Efficient and accurate neural-field reconstruction using resistive memory

Nature

By: Yifei Yu · Xinyuan Zhang · Shaocong Wang · Woyu Zhang · Xiuzhe Wu · Yangu He · Jichang Yang · Yue Zhang · Ning Lin · Bo Wang · Xi Chen · Songqi Wang · Xiaoshan Wu · Shihao Han · Yi Li · Meng Xu · Hegan Chen · Wenkui Zhang · Jingyi Chen · Xumeng Zhang · Xiaojuan Qi · Dashan Shang · Qi Liu · Zhongrui Wang · Kwang-Ting Cheng · Ming Liu

10 June 2026 at 01:00

Nature, Published online: 10 June 2026; doi:10.1038/s41586-026-10646-w

A co-optimized AI hardware–software system using resistive-memory computing improves energy efficiency and parallelism for sparse signal reconstruction in imaging and three-dimensional vision applications.

Reading view