Summer Schools & Courses

Day 8

Guest Lecture

Nature senior editor Xia Yang visits CEADs summer school to reveal the secrets of top-tier paper writing

On the morning of August 4, Dr. Xia Yang, a senior editor at Nature Group, gave a lecture titled "How to Publish Papers in Nature Series Journals" to CEADs summer school participants. The session was packed with valuable insights and lively discussion. She systematically introduced the characteristics of different article types in the Nature portfolio and stressed that whether it is a Research article or a Comment, innovative ideas and a clear logical structure are essential.

In the paper title design segment, Editor Xia guided participants to refine their research topics by comparing different title styles, creating a lively atmosphere on site. As for paper structure, she suggested keeping the Introduction within about 1,000 words, covering the background, literature review, and research gap, while also paying attention to standard writing formats and logical order.

She summarized three key elements of a high-level paper: innovative breakthroughs, the art of data presentation, and the positioning of academic value, emphasizing that "the Results section should tell a story through figures and tables, while the Discussion should highlight the significance of the study." At the end of the lecture, she encouraged participants to tell compelling scientific stories while maintaining rigor - "What moves editors most is originality and scientific rigor."

Day 9

Guest Lecture

At the frontier seminar on energy storage technologies held on August 5, Professor Zhang Qiang, chair of the Department of Chemistry at Tsinghua University, systematically outlined a roadmap for the development of new energy storage technologies supporting the "dual carbon" goals. The study innovatively proposed a phased, scenario-specific technology evolution path, offering important theoretical support for the energy transition.

Professor Zhang pointed out that the development of energy storage technologies should follow an evolution logic of "technology and economics - scenario adaptability - system synergy." The research team quantified key parameters of multiple technology pathways, including flywheel storage and lithium (sodium) batteries, and built a dynamic development model for 2030-2060.

This study offered important inspiration for summer school participants: when addressing complex systemic problems, one must build a standardized analytical framework while remaining sensitive to technological progress; one must grasp current data characteristics while anticipating future evolution trends. This dynamic balance in research is exactly the key capability that interdisciplinary work requires.

Interactive Q&A

#Question When grid-side equipment dominates, what new requirements are placed on energy storage equipment?

Professor Zhang: In a context where grid-side equipment dominates, energy storage systems need to satisfy a higher cycle-count requirement (from once a day to more than three times a day) and a longer service life (from 2 to 3 years to 30 years). To achieve this, current technical solutions have moved from using lithium alone to lithium-carbon composite material systems, leveraging material synergy to meet high-frequency, long-life operating needs.

Team Work Progress

Small-group presentations are entering the final sprint stage, and the Mogan Hall meeting room is full of lively discussion, with keyboard clicks rising and falling throughout the room.

The participants in Group 7 are carrying out the final verification of regional AI energy consumption data across the country. Under the guidance of senior student mentor Huo Jingwen and junior mentor Wang Wenqiang, the modeling team is making final parameter adjustments and trying different algorithm combinations to obtain more accurate results.

In report preparation, every group is aiming for greater precision. Some teams have already revised their PPT more than ten times, striving to make every chart clearly convey the research conclusions; others are repeatedly rehearsing their presentations to ensure that the research results can be fully delivered within the allotted time.

As the final defense draws near, the learning atmosphere of the summer school has become even more intense. At 22:30, Mogan Hall was still brightly lit, and every working group was busy with its tasks. Tomorrow, they will present the research results of these past few days in the final defense. Let us look forward to it.