References

• "Algebraic Computing in General Relativity", Raw d'Inverno (from General Relativity, G. Hall and J. Pulham)
• "General Relativity and the Application of Algebraic Manipulative Systems", Barton, D. and Fitch, J.P. (1971)
• Campbell, S. J.; Wainwright, J. "Algebraic computing and the Newman-Penrose formalism in general relativity" General Relativity and Gravitation, vol. 8, Dec. 1977, pp987-1001
• "The use of algebraic computing in general relativity", H. I. Cohen, Ö. Leringe and Y. Sundblad
• "ORTOCARTAN — A new computer program for analytic calculations in general relativity", Andrzej Krasinacuteski and Marek Perkowski
• "Sheep and classification in general relativity", Inge Frick and Jan E. Åman
• "Using camal for algebraic computations in general relativity", J. P. Fitch and H. I. Cohen

• The Dynamicist's Workbench: Automatic Preparation of Numerical Experiments, H. Abelson and G. Sussman
• Simulating Physics with Computers, R. Feynman
• Functional Differential Geometry, G. Sussman and J. Wisdom (2005)
• Computer Programs for Calculating General-Relativistic Curvature Tensors, J. Fletcher, R. Clemen, R. Matzner, K. Thorne, and B. Zimmerman (letter, 1967)
• Intelligence in Scientific Computing, H. Abelson, M. Eisenberg, M. Halfant, J. Katzenelson, E. Sacks, G. Sussman, J. Wisdom, and K. Yip
• Abstraction in Numerical Methods, M. Halfant and G. Sussman
• The Role of Programming in the Formulation of Ideas, G. Sussman and J. Wisdom
• Scientific Comutation and Functional Programming, J. Karczmarczuk (1999)
• The Supercomputer Toolkit: A general framework for special-purpose computing, H. Abelson, A. Berlin, J. Katzenelson, W. McAllister, G. Rozas, G. Sussman, and J. Wisdom (1991)