SUMMARY
This discussion focuses on identifying citation indexes for articles in mathematical physics. Key tools mentioned include Google Scholar, CiteSeer, and arXiv, which provide functionalities to track citations of specific articles. The conversation highlights the impact of the University of Southampton fire on the development of the Citebase search tool, while emphasizing the growing importance of arXiv as a resource for citation tracking in the field.
PREREQUISITES
- Familiarity with citation indexing tools like Google Scholar and CiteSeer
- Understanding of arXiv eprints and their citation features
- Basic knowledge of mathematical physics literature
- Awareness of the impact of academic resource developments, such as Citebase
NEXT STEPS
- Explore advanced features of Google Scholar for citation tracking
- Investigate the functionalities of CiteSeer for academic research
- Learn how to effectively use arXiv for tracking citations in mathematical physics
- Research the historical context and current status of Citebase and its alternatives
USEFUL FOR
Researchers in mathematical physics, academic librarians, and anyone involved in tracking citations and literature reviews in scientific publications.