Research Publications
Permanent URI for this communityhttp://localhost:4000/handle/11007/1
Browse
68 results
Search Results
Item Cosmology of infinity(Bulletin of Astronomoical society of India, 1982-03-10) Naralikar, J.V.Item Expanding horizons of cosmology(Indian Horizons, 1980-01-03) Naralikar, J.V.Item Nobel recognition of cosmology(Bulletin of astronomical society of india, 1978-05-01) Naralikar, J.V.Item A look at cosmology as a branch of science(Physica News, 1976-03-03) Naralikar, J.V.Item cosmology then and now(Overseas hindustan times, 1976-02-10) Narlikar, J. V.Item Report on the IAU symposium on radio astronomy and cosmology(Bulletin of Astronomical society, 1976-09-01) Naralikar, J.V.Item Steady State defended(cosmology, 1973-02-01) Naralikar, J.V.Item Alternative cosmologies(Dordrecht, D. Reidel Publishing Co., 1987-04-12) Narlikar, J. V.This review highlights some of the cosmological theories proposed as alternatives to the standard hot big bang model. Specific ideas discussed here are the matter-antimatter symmetric cosmologies, the empirical two-component model, the G-varying cosmologies, the chronometric cosmology and a simplified quantum cosmology. It is argued that many alternative cosmologies have contributed useful concepts and offered observational tests that have enriched the field of cosmology as a science.Item Baryon non-conservation and Cosmology(Tata McGraw Hill, 1986-12-14) Narlikar, J. V.Item Volume of a tetrahedron(International Journal of Mathematical Education, 1985-09-29) Narlikar, J. V.The area of a triangle can be expressed algebraically in terms of its three sides. Similarly the volume of a tetrahedron can be given as an algebraic function of the lengths of its six edges. The proof of this result is usually obtained by using vector methods. The following dis- cussion gives a more elementary derivation of this interesting result.