Researchers fine-tune the atomic composition of quantum dots to reduce crystal defects and improve charge transport in solar hydrogen photoelectrodes.

Research results from a collaborative research group led by Sejong University, with participation from JEOL Ltd., on the development of cathode materials for sodium-ion batteries have been published ...

In occasione della 22ª Conferenza Internazionale IEEE eScience, tenutasi a Napoli dal 28 settembre al 2 ottobre 2026, Arpa ...

A new humidity-sensitive memristive device that mimics brain-like synaptic functions without physical contact has been developed by an international research team. The device, based on porous nickel ...

Inspired by the agility and efficiency of insects, millimeter- to centimeter-scale robots hold enormous promise for environmental monitoring, search and rescue, and precision agriculture. But their ...

《eScience》作为国产期刊中的现象级存在，其成功绝非偶然。从创刊之初，期刊就确立了清晰的战略定位——打造能源、电化学、电子学和环境科学交叉领域的国际顶级学术平台。这种精准的学科定位使其避开了与传统老牌期刊的直接竞争，而是在新兴交叉领域 ...

9月12日，2025年度世界一流科技期刊目录在第十九届浦江创新论坛开幕式上正式发布。该目录由中国科学技术信息研究所联合相关研究机构遴选推出。南开大学主办期刊eScience成功入选，并作为近10年创办期刊评价案例进行展示。 eScience（国际出版刊号ISSN：2667-1417 ...

UC San Diego researchers will lead a collaborative project to expand a national platform connecting data, computing and AI resources to empower nationwide researchers and educators. AI Chip.

锂金属电池凭借极高的理论比容量和极低的负极电位，被视为下一代高能量密度储能体系的重要发展方向。然而，传统液态电解液与锂金属负极之间剧烈的界面副反应，通常会引发枝晶生长、界面失稳以及高电压正极兼容性不足等一系列问题，从而显著制约其 ...

深共晶电解质（DEEs）因低成本、低挥发性、可调控性等优势，被视为替代传统碳酸酯电解液和离子液体的理想选择，在锂金属电池领域极具应用潜力。然而，现有深共晶电解质存在一个被忽视的关键瓶颈：锂离子迁移数（tLi+）偏低（通常<0.65），这会加剧电池 ...

人工智能领域所有CCF-A/B/C类期刊汇总！ 平均5-7个月左右录用，基本上绝大部分的时间花在编辑那里等待处理，WE之后会相对 ...

From left: Magdalena Balazinska, director of the Paul G. Allen School of Computer Science & Engineering; Andrew Connolly, director of the eScience Institute; Robert Jones, president of the University ...