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  • A Manifestly Lorentz covariant Local Quantum Field theory of Dyons 
    Manu Mathur (2009-08-10)
    The origin of numerous problems associated with the earlier attempts to construct Quantum Field Theory of Dyons, are discussed in this thesis. These problems are analyzed with the aspects of Classical and Quantum Mechanics ...
  • Manpower for fundamental physics experiments 
    Rajasekaran G. (2012)
    [No abstract available]
  • Mass Shifts for the Weak Bosons in the Integrallly Charged Quark Model 
    Deshpande N.G.; Rajasekaran G. (World Scientific Publishing Co. Pte Ltd, 1990)
    We show that the integrally charged quark model predicts an upward shift of W and Z masses by 3.3 and 3.7 GeV respectively, as compared to the fractionally charged quark model. When combined with radiative corrections and ...
  • A Mathematical Inroduction to Unitary Symmetries[MatSciRep:38] 
    Gourdin, M. (2010-06-28)
    These lectures were given the CSIR Visitor, Professor M. Gourdin, Universite De Paris, France. It is consisting of 6 chapters discussing about 'Lie groups and Lie Algebras', 'Lie Groups of Transformations', 'Topological ...
  • Matrix Editing via Multivariate Lens[HBNI Th126] 
    Syed Mohammad Meesum (The Institute of Mathematical Sciences, 2017)
    In this thesis we design algorithms for the matrix rigidity problem and its variants and study their hardness in the framework of parameterized complexity. The rigidity of a matrix is a classical concept ...
  • Matrix models Random surfaces and 2D gravity: November 19 - 23, 1990 [MatSciRep: 113] 
    Haridass, N. D. (2012-10-30)
    This report containing proceedings of the "Mini Workshop on Matrix Models, Random Surfaces and 2-D Gravity" held during November 1990. This was first in the series of Workshops held at our Institute. The organizing ...
  • Matrix theory and applications to relativistic wave equations 
    Tekumalla, Achyuta Rau (, 2009-08-05)
    The generalisations of Dirac Matrices and Clifford Algebra and their various mathematical features and physical applications have been systematically studied by many researchers. This study views the generalisations with ...
  • Mean Value Theorems of Dirichlet Series 
    Padma, R. (, 2009-08-12)
    In this thesis the researcher has proved the 'Mean Value theorems for a class of Dirichlet series' following Ramachandra's method. This method gives simple proof of known results, and infact gives an improvement of Good's ...
  • Measure theoretic aspects of error terms[HBNI Th99] 
    Kamalakshya Mahatab (The Institute of Mathematical Sciences, 2016)
  • Meromorphic functions of lower order less than one [MatSciRep:64] 
    Fuchs, W.H.J. (2010-09-13)
    The two properties of the polynomials, viz., 1) A polynomial takes on every complex value the same number of times; 2) On large circles |z| = r, the absolute value of a polynomial p(z) is large and "Limit r tends to ...
  • Meson-baryon mass splittings and resonance multiplets in SU3 symmetry 
    Rajasekaran G. (1965)
    It is shown that in order that symmetry considerations be applicable to resonances occurring between the thresholds connected by the symmetry principle, the modulus of the momentum in any channel should be smaller or at ...
  • Microhydrodynamics of active colloids[HBNI Th131] 
    Rajesh Singh (The Institute of Mathematical Sciences, 2017)
    Colloidal suspensions have been studied extensively in the past several decades. In the recent years a new class of colloids, called active colloids, have been synthesized. These active colloids are capable of producing ...
  • Microhydrodynamics of driven and active filaments[HBNI Th113] 
    Abhrajit Laskar (The Institute of Mathematical Sciences, 2016)
    In this thesis, we develop and apply a formalism applicable to the study of active slender bodies in the micro-hydrodynamic regime. Considering elasticity of the slender body, Brownian motion, activity at the fluid-structure ...
  • A Microscopic model for Microtubules 
    Mithun Kumar Mitra (2009-10-19)
    The controlled polymerization and depolymerization of biological macromolecules, such as Microtubules plays an important role in the process of force generating mechanisms in living cells. There has been much activity in ...
  • Model calculation for the Y0*(1405) resonance state 
    Dalitz R.H.; Wong T.C.; Rajasekaran G. (1967)
    The Y0*(1405) resonance state is considered in terms of a multichannel potential arising from vector meson (V) exchange between the baryon octet (B) and the pseudoscalar meson octet (P). The interactions are assumed to ...
  • Model independent extraction of new physics from Hadronic uncertainties in B ---> K* l+ l- Decay[HBNI Th62] 
    Diganta Das (The Institute of Mathematical Sciences, 2013)
    In this thesis using the semi-leptonic decay B → K* l+ l- , it is shown how NP signal can be extracted to all orders in α(s) in perturbation theory, including ‘non-factorizable’ corrections at leading order in ...
  • Model independent study of the rare decay of b-Baryon [HBNI Th201] 
    Ria sain (The Institute of Mathematical Sciences, 2021)
    The study of baryonic decay mode Λ b → Λ` + ` − is of interest in relation to the recent flavor anomalies. Based on the SM of particle physics, we study the decay in light of the available inputs from lattice and the ...
  • Model-independent analysis of the neutral-current interaction in the inclusive neutrino reactions 
    Rajasekaran G.; Sarma K.V.L. (Indian Academy of Sciences, Bangalore, 1974)
    On the basis of some general assumptions on the deep inelastic structure functions, such as scaling and chiral symmetry we determine the values of {(HV3)2+(HA3)2}+η{(HV0)2+(HA0)2} and HV3 HA3+ηHV0 HA0 where HV3,0 and HA3,0 ...
  • Modelling Biological clocks: a study of the Repressilator 
    Somdeb Ghosh (The Institute of Mathematical Sciences, 2009-09-29)
    Biological clocks are found everywhere in the natural world. From circadian rhythms to pacemakers of the heart, biological clocks are an essential part of the smooth functioning of living organisms. They are composed of ...
  • Models for concurrency: Local presentations for finite state distributed systems 
    Swarup Kumar, Mohalik (, 2009-08-19)
    It is aimed to study the models of concurrency in the context of finite state systems, in order to understand the nature of distributed computing, and to help the design and analysis of distributed systems. Process models ...