Inside Science
/
Article

Genetics and Astronomy: Research that Moved the Meter in 2011

APR 12, 2012
A new analysis ranking the most influential scientific researchers and research papers of the year.
Genetics and Astronomy: Research that Moved the Meter in 2011 lead image

Genetics and Astronomy: Research that Moved the Meter in 2011 lead image

Pixabay

A new analysis ranking the most influential scientific researchers and research papers of the year has been published.

Thomson Reuters’ annual “Hottest Research” report details the research papers published in 2011 that were referenced in the greatest number of other publications. The list of influential researchers relied on papers published from 2010-2011.

Citations by other researchers are not a perfect measure of the quality of scientific information in a paper, but the listed papers and researchers are certainly important in their various fields. In all, Thomson Reuters identified 38 papers that were cited at least 40 times in 2011 and 15 researchers with 10 or more papers highly cited over the last two years.

Ten of those 38 papers were published in one scientific journal, Nature. The New England Journal of Medicine had 8. Notably, the top three papers were all published in The Astrophysical Journal Supplement Series.

The top paper, which interpreted the findings from a NASA spacecraft that measured cosmic microwave background radiation -- a measure of the distribution of the first light released in the universe -- was published in February 2011 and in the same calendar year, was cited 564 times.

The report credits genetics as the hottest field of study, as seven of the 15 hottest individual researchers work on related topics.

More Science News
/
Article
The interactions between plastic microparticles can inform our understanding of their environmental and ecological effects.
/
Article
The findings could help improve the efficiency and structural safety of internal aircraft components and nozzles in supersonic wind tunnels.
/
Article
A mathematical framework suggests a common mechanism lies behind different types of aging phenomena in materials.
/
Article
Acoustic fields can apply precise and quantifiable forces to individual cells in a contact-free manner.
/
Article
Land that has been damaged by the cumulative activity of faults may be more susceptible to geomorphological changes, like landslides.
/
Article
/
Article
By tweaking a standard microscale gyroscope, researchers were able to significantly amplify the signals used to measure rotation.