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Browsing by Author "Balasubramanyam, J"

Browsing by Author "Balasubramanyam, J"

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  • Ramachandran, G; Balasubramanyam, J; Vidya, M. S; Venkataraya (World Scientific Publishing Company, 2006-08)
    Using the model-independent irreducible tensor approach to ω production in pp collisions, we show theoretically that it is advantageous to measure experimentally the polarization of ω, in addition to the proposed experimental ...
  • Ramachandran, G; Balasubramanyam, J; Vidya, M. S; Venkataraya (World Scientific Publishing Co, 2006-08)
    Using the model independent irreducible tensor approach to omega production in pp collisions, we show theoretically that it is advantageous to measure experimentally the polarization of w, in addition to the proposed ...
  • Ramachandran, G; Vidya, M. S; Balasubramanyam, J (The American Physical Society, 2007-06)
    A theoretical formalism leading to elegant derivation of formulas for all spin observables is outlined for photoproduction of mesons with arbitrary spin-parity spi. The salient features of this formalism, based on irreducible ...
  • Ramachandran, G; Balasubramanyam, J; Shilpashree, S. P; Padmanabha, G (Institute of Physics, 2007-04)
    It is shown that the dominant decay mode of \vec\omega \to \pi^+ \pi^- \pi^0 can be employed to determine the Fano statistical tensor t20 of \vec \omega with respect to the quantization axis normal to the decay plane. ...
  • Ramachandran, G; Vidya, M. S; Balasubramanyam, J (Indian Academy of Sciences, 2007-01)
    A new approach to identify the independent amplitudes along with their partial wave multipole expansions, for photo- and electro-production is suggested, which is generally applicable to mesons with arbitrary ...
  • Ramachandran, G; Vidya, M. S; Deepak, P. N; Balasubramanyam, J; Venkataraya (The American Physical Society, 2005-09)
    A model-independent irreducible tensor formalism that was developed earlier to analyze measurements of p→p→→ppπ° is extended to present a theoretical discussion of p→p→→ppω and of ω polarization in pp→ppω→ and in pp→→ppω→. ...

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