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Received — 17 June 2026 ⏭ SCI-TECH

Cucurbituril-based anion-conducting membranes with supramolecular nanopores

✇Nature
By: Ziang Xu · Dongcheng Lin · Haoyu Yin · Qingqing Feng · Fabrizia Foglia · Yihan Zhen · Adam Morris · Quentin Berrod · Maobin Pang · Lida Huang · Jing Liu · Jiekang Tian · Xiaonan Wang · Chunming Yang · Xingchen Tang · Xi Zhang · Baoguo Wang · Haotian Wang · Kai Liu
17 June 2026 at 01:00

Nature, Published online: 17 June 2026; doi:10.1038/s41586-026-10666-6

A supramolecular strategy, in which uniform, dynamic nanopores are constructed, overcomes the limitations of limited structural control, mechanical fragility or demanding synthesis in nanoporous anion-conducting membranes, providing a versatile tool for molecularly engineering transport pathways.
Received — 9 June 2026 ⏭ SCI-TECH

Molecularly engineered dual-network eutectogel electrolytes for high-loading and stable zinc–iodine batteries

✇RSC - Energy Environment
By: Ling Wang · Jinpeng Guan · Na Li · Jing Li · Zhaoyu Wang · Jin Yin · Yi-Lin Liu · Maolin Yu · Yongbiao Mu · Zetao Chen · Yuwei Li · Jianxiong Xu · Lin Zeng
8 June 2026 at 00:00

Energy Environ. Sci., 2026, Advance Article
DOI: 10.1039/D6EE02664H, Paper
Ling Wang, Jinpeng Guan, Na Li, Jing Li, Zhaoyu Wang, Jin Yin, Yi-Lin Liu, Maolin Yu, Yongbiao Mu, Zetao Chen, Yuwei Li, Jianxiong Xu, Lin Zeng
A molecularly engineered dual-network eutectogel regulates Zn2+ transport, water activity, and polyiodide chemistry, enabling long-life, wide-temperature, and stable high-loading Zn–I2 batteries.
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Received — 3 June 2026 ⏭ SCI-TECH

Teosinte alleles enhance nitrogen assimilation and seed protein in maize

✇Nature
By: Yongcai Huang · Yidong Zhu · Yahui Cui · Guolong Shi · Xiaoxian Wu · Wenhao Li · Zhiteng Chen · Yu Zhou · Yincong Gu · Zhigui Bao · Shiqi Luo · Xingguo Wu · Ruifan Li · Jingjing Liu · Xiangjie Dai · Junxin Liu · Di Chen · Lulu Gao · Chong You · Youliang Li · Yu Zhang · Wenqin Wang · Haihai Wang · Yongrui Wu
3 June 2026 at 01:00

Nature, Published online: 03 June 2026; doi:10.1038/s41586-026-10575-8

Teosinte alleles enhance nitrogen assimilation and seed protein without lowering crop yield when expressed in modern maize, providing a powerful strategy for crop improvement to meet future population demands.
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