Physics World 2024年11月22日
Top-cited authors from North America share their tips for boosting research impact
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IOP出版集团公布了2024年北美地区高被引论文,其中包括关于引力波背景和仿生机器鱼的研究。获奖论文作者分享了他们提升研究影响力的经验,强调研究的跨学科性和解决重要问题的意义。他们指出,高被引论文通常涉及有趣且跨学科的问题,吸引了广泛的读者和研究者关注。此外,论文作者建议研究人员专注于新颖的想法,解决重要需求,并明确论文在领域内的创新之处,从而最大化研究的影响力。

🤔2024年IOP出版集团公布了80多篇北美高被引论文,这些论文在2021年至2023年间发表,被引次数位列前1%。

🔭其中一篇关于使用NANOGrav数据研究引力波背景的论文,引发了高能理论和宇宙学界的兴趣,作者认为论文的价值在于它解决了一个重要的科学问题,并吸引了不同领域的关注。

🐟另一篇关于仿生机器鱼Tunabot Flex的研究,展示了身体柔韧性在高性能游泳中的作用,其跨学科性质吸引了工程和生物学等多个领域的关注,也体现了学科交叉的重要性。

💡论文作者建议研究人员要专注于解决重要问题的创新性想法,并清晰地阐明其在领域内的创新之处,以最大化研究的影响力。

📚论文作者认为,追踪论文引用可以揭示思想起源和发展,有助于科学知识的积累和发展。

More than 80 papers from North America have been recognized with a Top Cited Paper award for 2024 from IOP Publishing, which publishes Physics World. The prize is given to corresponding authors who have papers published in both IOP Publishing and its partners’ journals from 2021 to 2023 that are in the top 1% of the most cited papers.

Among the awardees are astrophysicists Sarah Vigeland and Stephen Taylor who are co-authors of the winning article examining the gravitational-wave background using NANoGrav data. “This is an incredible validation of the hard work of the entire NANOGrav collaboration, who persisted over more than 15 years in the search for gravitational wave signals at wavelengths of lightyears,” says Vigeland and Taylor in a joint e-mail.

They add that the article has sparked and unexpected “interest and engagement” from the high-energy theory and cosmology communities and that the award is a “welcome surprise”.

While citations give broader visibility, the authors say that research is not impactful because of its citations alone, but rather it attracts citations because of its impact and importance.

“Nevertheless, a high citation count does signal to others that a paper is relevant and worth reading, which will attract broader audiences and new attention,” they explain, adding that factors that make a research paper highly citable is often because it is “an interesting problem” that intersects a variety of different disciplines. “Such work will attract a broad readership and make it more likely for researchers to cite a paper,” they say.

Aiming for impact

Another top-cited award winner from North America is bio-inspired engineer Carl White who is first author of the winning article about a tuna-inspired robot called Tunabot Flex. “In our paper, we designed and tested a research platform based on tuna to close the performance gap between robotic and biological systems,” says White. “Using this platform, termed Tunabot Flex, we demonstrated the role of body flexibility in high-performance swimming.”

White notes that the interdisciplinary nature of the work between engineers and biologists led to researchers from a variety of topics citing the work. “Our paper is just one example of the many studies benefitting from the rich cross-pollination of ideas to new contexts,” says White adding that the IOP Publishing award is a “great honour”.

White states that scientific knowledge grows in “irregular and interconnected” ways and tracing citations from one paper to another “provides transparency into the origins of ideas and their development”.

“My advice to researchers looking to maximize their work’s impact is to focus on a novel idea that addresses a significant need,” says White. “Innovative work fills gaps in existing literature, so you must identify a gap and then characterize its presence. Show how your work is groundbreaking by thoroughly placing it within the context of your field.”

The post Top-cited authors from North America share their tips for boosting research impact appeared first on Physics World.

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高被引论文 研究影响力 跨学科 引力波 仿生机器人
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