Citation Rankings
Highly Cited Researchers

Universität Stuttgart Highly Cited Researchers Citation Rankings 2025

The Citation Rankings (Highly Cited Researchers) highlight the most cited and influential researchers across a vast range of scientific fields, covering 197 main and sub-disciplines, including the Art and Humanities Citation Rankings and Social Sciences and Humanities Citation Rankings. This service, offered exclusively by AD Scientific Index, aims to provide a balanced perspective by excluding data from CERN and other statistical sources that disproportionately favor certain researchers, particularly in the social sciences and humanities. This unique approach addresses the advantages researchers with multi-author publications and CERN involvement hold over others. Furthermore, citation rankings help uncover rule violations and unethical practices within the research community. For more detailed citation analyses, explore the Scientists Last 6 Years Citation Index, Universities Total Citations Rankings 2025, and Universities Last 6 Years Citations Rankings 2025.

* Total Citation Counts Rankings
Ranking Based On Selection :1
Germany
Nadja Schott
Human Movement Science
Gerontology
Developmental Coordination Disorder
Cognition
Neuroscience
Citation Metrics
Total
Last 6 Years
Last 6 Years / Total
3,098
1,867
0.603
* Total Citation Counts Rankings
Ranking Based On Selection :2
Germany
Tobias Siebert
muscle modelling
muscle physiology
biomechanics
neuro-muscular system
Citation Metrics
Total
Last 6 Years
Last 6 Years / Total
3,065
1,954
0.638
* Total Citation Counts Rankings
Rankings
316,321
Germany
12,181
140
Ranking Based On Selection: 1
Nadja Schott
Citation Metrics
Total
Last 6 Years
Last 6 Years / Total
3,098
1,867
0.603
Human Movement Science
Gerontology
Developmental Coordination Disorder
Cognition
Neuroscience
* Total Citation Counts Rankings
Rankings
319,111
Germany
12,268
141
Ranking Based On Selection: 2
Tobias Siebert
Citation Metrics
Total
Last 6 Years
Last 6 Years / Total
3,065
1,954
0.638
muscle modelling
muscle physiology
biomechanics
neuro-muscular system