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Browsing by Author "Sivaram, C"

Browsing by Author "Sivaram, C"

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  • Sivaram, C (Deccan Herald, 2011-03-29)
    CHEMISTRY NOBELS In the International Year of Chemistry, C Sivaram charts the Nobel prize winning achievements in the field, from work on synthesis of sugars to vitamin chemistry.
  • Sivaram, C (Springer, 1990-05)
    An energy-dependent string tension could be connected to the fundamental physical and coupling constants. The role of Weyl gravity for sub-Planckian as well as macroscopic domains is explored and the existence of a hierarchy ...
  • Sivaram, C; Sinha, K. P (Indian Institution Science, 1975-05)
  • Sivaram, C; de Sabbata, V (Wiley InterScience, 1991)
  • Salam, A; Sivaram, C (World Scientific Publishing, 1993-02)
    A Weyl type of action which is scale free and quadratic in the curvature is suggested for strong gravity. The corresponding field equations have solutions which imply confinement. At the QCD scale, the scale invariance is ...
  • de Sabbata, V; Sivaram, C (Springer, 1988-12)
    Empirical relations between the angular momenta of a wide range of celestial bodies as well as relations between masses and spins of hadrons are shown to have the same fundamental basis with strong gravity as the underlying ...
  • Sivaram, C; Sinha, K. P (American Physical Society, 1977-09)
    Certain similarities and analogies between the properties of black holes and elementary particles are considered in the framework of the strong gravitational field. Properties examined include measurable parameters (mass, ...
  • de Sabbata, V; Sivaram, C (Italian Physical Society, 1989-02)
    We consider the presence of the spin-torsion strong interaction in the proton-proton scattering at several GeV with the aim to see its significance in the anomalous behaviour shown by the scattering cross-section of polarized ...
  • Sivaram, C; Sinha, K. P (Elsevier, 1979-03)
    The concept of short range strong spin-two (f) field (mediated by massive f-mesons) and interacting directly with hadrons was introduced along with the infinite range (g) field in early seventies. In the present review of ...
  • Sivaram, C (Springer, 2010)
    This chapter provides an over view of: (1) Processes in the solar core and corona; (2) The Sun’s place in the galaxy and universe and uniqueness of the Sun for life on earth; (3) The Sun’s role in Olber’s paradox (darkness ...
  • Sinha, K. P; Sivaram, C; Sudarshan, E. C. G (Springer, 1976)
    Some cosmological consequences of the superfluid vacuum state developed previously by the authors are discussed, particularly with regard to the initial stages of the universe. The transition temperature of the hadronic ...
  • Sivaram, C (Deccan Herald, 2011-05-10)
    PHYSICS The first notes and observations on superconductivity marked the beginning of a race between scientists Heike Kamerlingh Onnes and James Dewar, to liquify helium. C Sivaram documents the series of discoveries ...
  • Sivaram, C (Astronomical Society of India, 1984-12)
  • Sivaram, C; Arun, K (Bentham Open, 2011-08)
    There is a lot of current interest in sources of gravitational waves and active ongoing projects to detect such radiation, such as the LIGO project. These are long wavelength, low frequency gravitational waves. LISA would ...
  • Sivaram, C; Arun, K (Bentham Open, 2011-08)
    Thermal gravitational waves can be generated in various sources such as, in the cores of stars, white dwarfs and neutron stars due to the fermion collisions in the dense degenerate Fermi gas [1-3]. Such high frequency ...
  • Sivaram, C (Astronomical Society of India, 1997)
    Superstring theories for which experimental evidence is meagre are considered a most promising approach to understand the quantum nature of gravity and its unification with other fundamental interactions. The geometric ...
  • Sivaram, C (Deccan Herald, 2007-09-25)
  • Sivaram, C (Deccan Herald, 2009-12-22)
  • Sivaram, C (Deccan Herald, 2009-09-22)
  • de Sabbata, V; Sivaram, C; Garcia de Andrade, L (Springer, 1993-09)
    We study electrodynamics in Einstein-Cartan space-time, that is, in space-time with torsion, and show an analogy with the Chern-Simons gauge-invariant massive electrodynamics. In our case, however, there is no arbitrary ...

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