SUMMARY
This discussion focuses on identifying citation indexes for articles in mathematical physics. Key tools mentioned include Google Scholar, CiteSeer, and arXiv, which provide mechanisms to track citations effectively. The conversation highlights the impact of the University of Southampton fire on the development of the Citebase search tool. Overall, the arXiv is positioned as a vital resource for tracking citations in the future.
PREREQUISITES
- Familiarity with citation indexing tools such as Google Scholar and CiteSeer.
- Understanding of arXiv eprints and their citation tracking capabilities.
- Knowledge of the significance of citation analysis in academic research.
- Awareness of historical developments affecting academic resources, such as the Southampton fire.
NEXT STEPS
- Explore the features of Google Scholar for citation tracking.
- Investigate the functionalities of CiteSeer for academic literature searches.
- Learn how to utilize arXiv for accessing and citing mathematical physics papers.
- Research the current status and alternatives to the Citebase search tool.
USEFUL FOR
Researchers, academic writers, and students in mathematical physics who need to track citations and understand the landscape of academic literature in their field.