Biennial Report 2005-2007 - Saha Institute of Nuclear Physics

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102 Biennial Report 2005-07(INFN), Cagliari, Italy•Hardware Architecture of Cluster-Finder for Dimuon HLT, May 10, 2005, Istituto Nazionale FisicaNucleara (INFN), Cagliari, Italy3.7 MiscellanyAbhijit SanyalNominated for INFN Fellowship for a visit to INFN, Cagliari, Italy from April 1-May 31, 20053.8 External CollaboratorsAdhikari, Arunabha, West Bengal University ofTechnology, Kolkata, IndiaAlam, Jane, Variable Energy Cyclotron Centre,Kolkata, IndiaAzmi, Danish, Aligarh Muslim University, Aligarh,IndiaBhowmick, RK, Inter University AcceleratorCentre, New Delhi, IndiaCiccalo, Corrado, INFN, Cagliari, ItalyDatta, Pradip, Ananda Mohan College, Kolkata,IndiaGhosh, Kuntal, Indian Institute of Statistics,Kolkata, IndiaJain, HC, TIFR, Mumbai, IndiaJoshi, PK, TIFR, Mumbai, IndiaKhan, Iftikar Ahmed, Aligarh Muslim University,Aligarh, IndiaKumar, P, Inter University Accelerator Centre,New Delhi, IndiaLai, PT, Department of Electrical and ElectronicsEngg, the University of Hong Kong, HongKongMadhaban, N, Inter University Accelerator Centre,New Delhi, IndiaMarras, Davide, INFN, Cagliari, ItalyMazumdar, Suparna, Chittaranjan NationalCancer Institute, Kolkata, IndiaMohanty, B, Variable Energy Cyclotron Centre,Kolkata, IndiaMurralithar, S, Inter University AcceleratorCentre, New Delhi, IndiaNayak, JK, Variable Energy Cyclotron Centre,Kolkata, IndiaRao, PV Madhusudhan, Inter University AcceleratorCentre, New Delhi, IndiaRoy, Santosh, SN Bose Centre for Basic Sciences,Kolkata, IndiaSarkar, S, Variable Energy Cyclotron Centre,Kolkata, IndiaSingh, RP, Inter University Accelerator Centre,New Delhi, IndiaUsai, Gianluca, INFN, Cagliari, Italy
4 Condensed Matter PhysicsExperiments in Condensed Matter Physics involved mainly the physical property studieson samples of intermetallic compounds and various oxide systems in bulk and smalldimension forms using both microscopic tools such as X-ray diffraction, electron microscopy,nuclear magnetic resonance (NMR), Mossbauer spectroscopy and macroscopicstudies of transport properties and magnetic susceptibilities using SQUID magnetometer.Structural, transport, electronic and magnetic properties of rare-earth transitionmetal borides and borocarbides belonging to perovskite structure have been studied.Magnetic properties near the ground state of rare-earth based ternary intermetalliccompounds have been probed by NMR studies. NMR studies have also elucidated magneticinteractions and spin-gap in a quasi-one-dimensional quantum spin system. Sparkplasma sintered Sm-Co/Fe bulk nanocomposite magnet has been characterized. Domainwall contribution to the magetocaloric effect (MCE) and magnetoresistance (MR) havebeen compared in GdPt 2 . Inverse magnetoresistance (MR) has been observed in magnetictunnel junctions with pinhole nanocontacts. Structural, transport and magneticproperties as well as magnetic relaxation have been studied in various spinel oxides,and perovskites such as, manganates, cobaltates and cuprates. Experiments have alsobeen performed on nanoparticles and film depositions of these materials showing temperaturedependent variation of electrical properties, and magnetic phenomena suchas, superparamagnetism and magnetic glass. Single crystals of multiferroic magnateshave been prepared and their physical properties studied. Studies of rotational andvibrational states in organic molecules and transient species have now been extendedto millimeter-wave range. Numerical study of waveform distortion caused by variousfactors in a finite sized propagating medium has been performed using propagating wavemodel. Method of Monte-Carlo simulation has been used to study dynamics and phasetransformation in two-dimensional atomic or ionic systemsThe Theoretical Condensed Matter Physics studies concentrated mainly on Bose Condensation,quantum annealing, nanoscopic systems and graphene junctions. The statmechstudies cemtred around models of econophysics and catastropic failures. Someresults on tunneling conductance in graphene normal metal insulator-superconductorjunctionss, quantum annealing in spin glasses and an exact result for econophysics ofwealth distribution in the kinetic exchange-like models have already been appreciatedin the literature.103
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Saha Institute of Nuclear PhysicsBi
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ContentsForewordEditorialAbbreviati
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4.6 Seminars given elsewhere . . .
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viiForewordWhile traversing the cor
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October 16, 2008 Biennial Report 20
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2 Biennial Report 2005-07depend on
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4 Biennial Report 2005-071.2.1.6 Qu
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6 Biennial Report 2005-071.2.1.13 C
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8 Biennial Report 2005-071.2.2.6 R-
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10 Biennial Report 2005-071.2.3.2 E
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12 Biennial Report 2005-071.2.3.7 H
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14 Biennial Report 2005-07MeV and p
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16 Biennial Report 2005-071.4.1.5 W
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18 Biennial Report 2005-07Dipankar
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20 Biennial Report 2005-07Oliver Bu
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22 Biennial Report 2005-072007Biswa
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24 Biennial Report 2005-07•Bikash
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26 Biennial Report 2005-07One Day S
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28 Biennial Report 2005-07Internati
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30 Biennial Report 2005-07(TIFR)Anj
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32 Biennial Report 2005-0729, 2006
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34 Biennial Report 2005-07Anjan Kun
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36 Biennial Report 2005-07Muehlich,
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38 Biennial Report 2005-07several t
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40 Biennial Report 2005-07ground st
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42 Biennial Report 2005-07approach.
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44 Biennial Report 2005-072.2.1.3 S
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46 Biennial Report 2005-072.2.1.9 B
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Nuclear Sciences 492.3 Atomic Physi
Page 61 and 62: Nuclear Sciences 512.3.2 Life Time
Page 63 and 64: Nuclear Sciences 532.4.1.3 Defects
Page 65 and 66: Nuclear Sciences 55in the relative
Page 67 and 68: Nuclear Sciences 57length of positr
Page 69 and 70: Nuclear Sciences 59the closed-form
Page 71 and 72: Nuclear Sciences 61conventional met
Page 73 and 74: Nuclear Sciences 63energy of 55 to
Page 75 and 76: Nuclear Sciences 652.7 Publications
Page 77 and 78: Nuclear Sciences 67Subhajit Biswas
Page 79 and 80: Nuclear Sciences 69Bichitra Ganguly
Page 81 and 82: Nuclear Sciences 71Chennai, Tamilna
Page 83 and 84: Nuclear Sciences 73•E Erich†, S
Page 85 and 86: Nuclear Sciences 75p286]•Debasmit
Page 87 and 88: Nuclear Sciences 772.11 Teaching el
Page 89 and 90: Nuclear Sciences 79LNL, INFN, Legna
Page 91 and 92: Nuclear Sciences 81ter of Mathemati
Page 93 and 94: Nuclear Sciences 83Veenhof, Rob, CE
Page 95 and 96: 3 High Energy Physics and Microelec
Page 97 and 98: High Energy Physics and Microelectr
Page 111: High Energy Physics and Microelectr
Page 115 and 116: Condensed Matter Physics 105particl
Page 117 and 118: Condensed Matter Physics 107Inverse
Page 119 and 120: Condensed Matter Physics 109ing the
Page 121 and 122: Condensed Matter Physics 1114.1.1.1
Page 123 and 124: Condensed Matter Physics 113quasi-c
Page 125 and 126: Condensed Matter Physics 115Fig.4.1
Page 127 and 128: Condensed Matter Physics 117Fig.4.1
Page 129 and 130: Condensed Matter Physics 119show th
Page 131 and 132: Condensed Matter Physics 121( -cm)1
Page 133 and 134: Condensed Matter Physics 123that at
Page 135 and 136: Condensed Matter Physics 125(C 6 H
Page 137 and 138: Condensed Matter Physics 127have be
Page 143 and 144: Condensed Matter Physics 13397 (200
Page 145 and 146: Condensed Matter Physics 135tions,
Page 147 and 148: Condensed Matter Physics 137•Soum
Page 149 and 150: Condensed Matter Physics 139Recent
Page 151 and 152: Condensed Matter Physics 141Laborat
Page 153 and 154: 5 Material PhysicsIn Surface Physic
Page 155 and 156: Material Physics 145Fig.5.1.1.3. We
Page 157 and 158: Material Physics 1475.1.1.8 Contact
Page 159 and 160: Material Physics 149Fig.5.1.1.10a.
Page 161 and 162: Material Physics 151magnetization d
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Material Physics 153nature of D 2 O
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Material Physics 155energy and can
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Material Physics 157quench the phot
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Material Physics 159room temperatur
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Material Physics 1615.1.3.9 Structu
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Material Physics 163pressure are re
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Material Physics 165out evenly whic
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Material Physics 167Fig.5.1.4.5. Sp
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Material Physics 169of various comp
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Material Physics 171Subhendu Sarkar
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Material Physics 173MK Mukhopadhyay
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Material Physics 175ish Academy of
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Material Physics 177•S Grigorian,
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Material Physics 179thin Films, Uni
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Material Physics 181many, April 20,
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Material Physics 1835.2 Plasma Phys
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Material Physics 185The Kekuchi lin
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Material Physics 1875.2.2.3 Electro
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Material Physics 1895.2.2.10 Shear
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Material Physics 1915.2.3.6 Broad b
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Material Physics 193ion species pla
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Material Physics 1955.2.6 Ph D Awar
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6 Biophysical SciencesResearch acti
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Biophysical Sciences 1996.1.1.3 Reg
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Biophysical Sciences 201cancer or c
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Biophysical Sciences 203containing
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Biophysical Sciences 205of the plas
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Biophysical Sciences 207basis of st
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Biophysical Sciences 209Fig.6.1.2.8
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Biophysical Sciences 2116.1.3.4 Ele
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Biophysical Sciences 213pairs, form
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Biophysical Sciences 215rates in ch
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Biophysical Sciences 2176.1.5.8 Cel
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Biophysical Sciences 219by microbio
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Biophysical Sciences 2216.1.7.4 Int
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Biophysical Sciences 2236.1.7.10 In
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Biophysical Sciences 225ing the ele
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Biophysical Sciences 227ion exchang
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Biophysical Sciences 229dynamic dis
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Biophysical Sciences 2316.1.10.11 E
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Biophysical Sciences 2336.1.10.18 S
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Biophysical Sciences 235(upto 10% a
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Biophysical Sciences 237Susanta Lah
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Biophysical Sciences 2392006Debashr
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Biophysical Sciences 241P Majumder,
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Biophysical Sciences 243vation of n
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Biophysical Sciences 245tion (Invit
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Biophysical Sciences 247nai and ISR
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Biophysical Sciences 249India (Post
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Biophysical Sciences 251•Samita B
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Biophysical Sciences 253•Dalia Na
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Biophysical Sciences 25512th ISMAS
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Biophysical Sciences 257Samita Basu
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Biophysical Sciences 2592006•EhPA
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Biophysical Sciences 261Prof Bikash
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Biophysical Sciences 263Maji, Samir
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7 TeachingThe teaching programme of
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Teaching 267Electrodynamics (Partha
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Teaching 269Genomics (Nitai P Bhatt
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Teaching 271Parijat Majumder: Chrom
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Teaching 273Effect of glycation and
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8 Facilities8.1 Electronics Worksho
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Facilities 277drawing files have be
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Facilities 279Collection of Books:T
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Facilities 281Scientists and Resear
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9 Institute Colloquia20 April, 2005
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Institute Colloquia 285Materials Is
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10 Saha Memorial Lecture42nd Saha M
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11 Administration11.1 Governing Cou
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Administration 291(Foreign) Purchas
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Administration 293
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Administration 295
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Administration 297
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Administration 29911.4 Members of t
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Administration 301BIOPHYSICAL SCIEN
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Administration 3037. Mr. Sudip Maju
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Administration 30522. Sri Sankar Ad
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IndexAbada, A, 7, 8, 19Abu-Ibrahim,
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Index 309Butler, P, 44, 67, 68Buzio
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Index 311Engemann, J, 183Erduran, N
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Index 313Kurian, Pushpa Ann, 161Kur
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Index 315Poddar, Asok, 121-124, 136
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Index 317Sinha, M, 41, 74Sinha, Man
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