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This paper centers on a design strategy that integrates ion transport and passivation properties within the electrolyte. It elucidates how the solvation sheath and solvation dynamics of lithium ions influence film‑forming behavior and lithium‑ion transport, and develops an electrolyte system using fluoroethylene carbonate (FEC) and acetonitrile (AN) as solvents and lithium hexafluorophosphate (LiPF6) as the lithium salt. By engineering a solvation structure in which FEC‑dominant coordination ligands are embedded in an AN‑rich environment, the approach effectively addresses the bottlenecks associated with fast‑charging electrolytes. Furthermore, by assembling pouch cells, the performance of the designed electrolyte is investigated.

This paper centers on a design strategy that integrates ion transport and passivation properties within the electrolyte. It elucidates how the solvation sheath and solvation dynamics of lithium ions influence film‑forming behavior and lithium‑ion transport, and develops an electrolyte system using fluoroethylene carbonate (FEC) and acetonitrile (AN) as solvents and lithium hexafluorophosphate (LiPF6) as the lithium salt. By engineering a solvation structure in which FEC‑dominant coordination ligands are embedded in an AN‑rich environment, the approach effectively addresses the bottlenecks associated with fast‑charging electrolytes. Furthermore, by assembling pouch cells, the performance of the designed electrolyte is investigated.

Therefore, it is recommended that, under the leadership of the relevant authorities, reforms of the higher and vocational education systems be accelerated. This includes revising existing majors and curricula, expanding the training of digital‑technology professionals, and establishing programs related to digital, intelligent, and connected vehicles, with a focus on cultivating multidisciplinary talent needed by the industry, while promoting deep integration between industry and education and fostering cross‑sector collaboration. In China, the cultivation of multidisciplinary medical professionals still faces the following challenges: first, the traditional training model fails to effectively meet the nation’s pressing demand for such talent, making it urgently necessary to reform the current curriculum centered on single medical disciplines; second, past approaches to talent development…

Shan: Digitalization empowers the shiitake mushroom industry, helping local residents achieve prosperity. The company leverages next-generation information technologies such as the Internet of Things, 5G, big data, and cloud computing to digitally transform the entire process—from research and development to production and sales—of shiitake mushrooms. It has established a digital, integrated economic industrial system centered on both the shiitake mushroom sector and the leisure industry, enabling full-process traceability of product quality and building a comprehensive industrialized production system that covers everything from mushroom strains to fresh mushroom products. First, universities need to analyze employment patterns among architecture professionals, establish a scientific, rational, and well-rounded professional evaluation framework, and refine the training of architectural talent.

Adhere to planning-led development and strengthen factor‑based support. In accordance with the requirements set forth by all relevant parties, accelerate the coordinated implementation of policies and measures. Ensure adequate funding, guide financial resources to support digital transformation, and establish an investment‑financing system that effectively engages social capital. Strengthen human‑resource capacity by encouraging leading cadres and civil servants to rapidly enhance their digital mindset, digital literacy, and digital skills; elevate the public’s overall digital literacy and competencies; and intensify efforts to cultivate innovative, application‑oriented, and multidisciplinary talent, thereby expanding the ranks of skilled professionals. Enhance human‑resource support by bolstering the digital thinking, digital awareness, and digital capabilities of leading cadres and civil servants.

Modernizing the industrial system requires emphasizing its resilience. Although China now boasts the most comprehensive array of industrial sectors worldwide, it remains heavily reliant on imports for core components and critical materials, and the risks of supply-chain disruptions remain substantial. An industrial system that could be disrupted at any moment would inevitably be subject to external constraints. Therefore, against the backdrop of an accelerating global supply-chain restructuring, modernizing the industrial system entails continuously addressing bottlenecks, chokepoints, and vulnerabilities in the supply chain—ensuring that it can function effectively under extreme conditions, counteract blockades and suppression when needed, and swiftly resume growth.