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Scale Invariance and Scalar-Tensor Theoriesnvariance in a wider context is also discussed in Chapter 9.) The following three paragraphs comment in this respect on scalar modifications of general relativity, the Brans/Dicke theory, and scalar-tensor theories of wider scope that were inspired by the Brans/Dicke theory.

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Gravity, Particles, and Astrophysics978-94-009-8999-3Series ISSN 0067-0057 Series E-ISSN 2214-7985

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https://doi.org/10.1057/9780230304994s and Einstein’s theories of gravity. The failures are all the other theories which have not passed the critical test of comparison with observation and have so been discarded. Recent progress in the search for a wider theory of gravitation than Einstein’s has been noticeably influenced by the belie

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Conclusions for Theory and Policynowed out the field somewhat so that today there remain only three main competitors: (a) Dirac’s theory (Dirac, 1938, 1973); (b) the Hoyle/Narlikar theory (Hoyle and Narlikar, 1971a); and (c) the scale-covariant theory of Canuto . (1977a). In former years, much effort was expended on testing the con

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https://doi.org/10.1007/978-1-4613-3045-5e degree to which that development is carried out varies greatly, and it is often the case that a new gravitational theory is worked out in considerable detail in some areas and in minimal detail in others. This concerns especially observational consequences, which are well investigated in some theo

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