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IISER Pune Annual Report 2015-16 Chairperson Pune, India Prof
dm{f©H$ à{VdoXZ Annual Report 2015-16 ¼ããäÌãÓ¾ã ãä¶ã¹ã¥ã †Ìãâ Êãà¾ã „ÞÞã¦ã½ã ½ãÖ¦Ìã ‡ãŠñ †‡ãŠ †ñÔãñ Ìãõ—ãããä¶ã‡ãŠ ÔãâÔ©ãã¶ã ‡ãŠãè Ô©ãã¹ã¶ãã ãä•ãÔã½ãò ‚㦾ãã£ãìãä¶ã‡ãŠ ‚ã¶ãìÔãâ£ãã¶ã Ôããä֦㠂㣾ãã¹ã¶ã †Ìãâ ãäÍãàã¥ã ‡ãŠã ¹ãî¥ãùã Ôãñ †‡ãŠãè‡ãŠÀ¥ã Öãñý ãä•ã—ããÔãã ¦ã©ãã ÀÞã¶ã㦽ã‡ãЦãã Ôãñ ¾ãì§ãŠ ÔãÌããó§ã½ã Ôã½ãã‡ãŠÊã¶ã㦽ã‡ãŠ ‚㣾ãã¹ã¶ã ‡ãñŠ ½ã㣾ã½ã Ôãñ ½ããõãäÊã‡ãŠ ãäÌã—ãã¶ã ‡ãŠãñ ÀãñÞã‡ãŠ ºã¶ãã¶ããý ÊãÞããèÊãñ †Ìãâ Ôããè½ããÀãäÖ¦ã / ‚ãÔããè½ã ¹ã㟿ã‰ãŠ½ã ¦ã©ãã ‚ã¶ãìÔãâ£ãã¶ã ¹ããäÀ¾ããñ•ã¶ãã‚ããò ‡ãñŠ ½ã㣾ã½ã Ôãñ œãñ›ãè ‚ãã¾ãì ½ãò Öãè ‚ã¶ãìÔãâ£ãã¶ã àãñ¨ã ½ãò ¹ãÆÌãñÍãý Vision & Mission Establish scientific institution of the highest caliber where teaching and education are totally integrated with state-of-the- art research Make learning of basic sciences exciting through excellent integrative teaching driven by curiosity and creativity Entry into research at an early age through a flexible borderless curriculum and research projects Annual Report 2015-16 Governance Correct Citation Board of Governors IISER Pune Annual Report 2015-16 Chairperson Pune, India Prof. T.V. Ramakrishnan (till 03/12/2015) Emeritus Professor of Physics, DAE Homi Bhabha Professor, Department of Physics, Indian Institute of Science, Bengaluru Published by Dr. K. Venkataramanan (from 04/12/2015) Director and President (Engineering and Construction Projects), Dr. -
Summary of Indian Strings Meeting 2007
Conference Statistics The Talks Summary of Indian Strings Meeting 2007 Sunil Mukhi, TIFR HRI, Allahabad October 15-19 2007 Sunil Mukhi, TIFR Summary of Indian Strings Meeting 2007 Conference Statistics The Talks Outline 1 Conference Statistics 2 The Talks Sunil Mukhi, TIFR Summary of Indian Strings Meeting 2007 There were 3 discussion sessions of 90 minutes each. At four full days (Monday afternoon – Friday lunch) this must be the shortest ISM ever! Conference Statistics The Talks Conference Statistics This conference featured 27 talks: 4 × 90 minutes 23 × 30 minutes Sunil Mukhi, TIFR Summary of Indian Strings Meeting 2007 At four full days (Monday afternoon – Friday lunch) this must be the shortest ISM ever! Conference Statistics The Talks Conference Statistics This conference featured 27 talks: 4 × 90 minutes 23 × 30 minutes There were 3 discussion sessions of 90 minutes each. Sunil Mukhi, TIFR Summary of Indian Strings Meeting 2007 Conference Statistics The Talks Conference Statistics This conference featured 27 talks: 4 × 90 minutes 23 × 30 minutes There were 3 discussion sessions of 90 minutes each. At four full days (Monday afternoon – Friday lunch) this must be the shortest ISM ever! Sunil Mukhi, TIFR Summary of Indian Strings Meeting 2007 IOPB, IMSc and SINP were out for a ! South Zone and East Zone were very scarcely represented. Conference Statistics The Talks The scorecard for the talks was as follows: Institute Faculty Postdocs Students Total HRI 4 3 5 12 TIFR 3 3 2 8 IIT-K 1 0 1 2 Utkal 1 0 0 1 IIT-R 1 0 0 1 IIT-M 0 0 1 1 IACS 0 0 1 1 Kings 1 0 0 1 Total 11 6 10 27 Sunil Mukhi, TIFR Summary of Indian Strings Meeting 2007 South Zone and East Zone were very scarcely represented. -
Mathematical Physics and String Theory
TIFR Annual Report 2001-02 THEORETICAL PHYSICS String Theory and Mathematical Physics Tachyon Condensation and Black Hole Entropy Condensation of tahcyons in closed string theory was analyzed and its connection with the computation of the black hole entropy was pointed out. The entropy computed in this manner was found to be in precise agreement with the the Bekenstein-Hawking Entropy. [Atish Dabholkar] Tachyon Potential and C-function A tachyon potential with the appropriate critical points was proposed in terms of an effective c-function of the worldsheet theory and it was determined as a solution of certain integrable equations. [Atish Dabholkar and C. Vafa of Harvard University] D-branes in PP-wave Backgrounds Dirichlet branes in the background of a PP wave were constructed and the open string spectrum was in agreement with the gauge theory spectrum. [Atish Dabholkar and Sharoukh Parvizi] Loop Equation and Wilson Line Correlators in Non-commutative Gauge Theories Loop equations for correlators of Wilson line operators in non-commutative gauge theories were derived. Unlike what happens for closed Wilson loops, the joining term survives in the planar equations. This fact was used to obtain a NEW loop equation which relates the correlation function of an arbitrary number of Wilson lines to a set of closed Wilson loops, obtained by joining the individual Wilson lines together by a series of well-defined cutting and joining manipulations. For closed loops, we showed that the non-planar contributions do not have a smooth limit in the limit of vanishing non-commutativity and hence the equations do not reduce to their commutative counterparts [Avinash Dhar and Y. -
IISER AR PART I A.Cdr
dm{f©H$ à{VdoXZ Annual Report 2016-17 ^maVr¶ {dkmZ {ejm Ed§ AZwg§YmZ g§ñWmZ nwUo Indian Institute of Science Education and Research Pune XyaX{e©Vm Ed§ bú` uCƒV‘ j‘Vm Ho$ EH$ Eogo d¡km{ZH$ g§ñWmZ H$s ñWmnZm {Og‘| AË`mYw{ZH$ AZwg§YmZ g{hV AÜ`mnZ Ed§ {ejm nyU©ê$n go EH$sH¥$V hmo& u{Okmgm Am¡a aMZmË‘H$Vm go `wº$ CËH¥$ï> g‘mH$bZmË‘H$ AÜ`mnZ Ho$ ‘mÜ`m‘ go ‘m¡{bH$ {dkmZ Ho$ AÜ``Z H$mo amoMH$ ~ZmZm& ubMrbo Ed§ Agr‘ nmR>çH«$‘ VWm AZwg§YmZ n[a`moOZmAm| Ho$ ‘mÜ`‘ go N>moQ>r Am`w ‘| hr AZwg§YmZ joÌ ‘| àdoe& Vision & Mission uEstablish scientific institution of the highest caliber where teaching and education are totally integrated with state-of-the-art research uMake learning of basic sciences exciting through excellent integrative teaching driven by curiosity and creativity uEntry into research at an early age through a flexible borderless curriculum and research projects Annual Report 2016-17 Correct Citation IISER Pune Annual Report 2016-17, Pune, India Published by Dr. K.N. Ganesh Director Indian Institute of Science Education and Research Pune Dr. Homi J. Bhabha Road Pashan, Pune 411 008, India Telephone: +91 20 2590 8001 Fax: +91 20 2025 1566 Website: www.iiserpune.ac.in Compiled and Edited by Dr. Shanti Kalipatnapu Dr. V.S. Rao Ms. Kranthi Thiyyagura Photo Courtesy IISER Pune Students and Staff © No part of this publication be reproduced without permission from the Director, IISER Pune at the above address Printed by United Multicolour Printers Pvt. -
National Law University, Delhi Sector-14, Dwarka New Delhi-110078
NATIONAL LAW UNIVERSITY, DELHI SECTOR-14, DWARKA NEW DELHI-110078 ALL INDIA LAW ENTRANCE TEST-2016 (AILET-2016), B.A. LL.B.(HONS.) RESULT Marks Wise S.No. Roll No Name of the Candidate Name of Father/Mother/ Guardian DoB Gender Marks 1 52788 KARAN DHALLA DEEPESH DHALLA 03/02/1998 M 119 2 55979 SHUBHAM JAIN BHUPENDRA JAIN 20/11/1997 M 116 3 56876 VANSH AGGARWAL PAWAN SINGHAL 25/03/1998 M 116 4 63245 ARTH NAGPAL RAJESH NAGPAL 28/08/1997 M 114 5 64122 RIJU SHRIVASTAVA YUGENDRA ARYA 27/04/1998 F 114 6 69185 ROHIL BIPIN DESHPANDE BIPIN GAJANAN DESHPANDE 10/05/1998 M 114 7 70191 ARVIND KUMAR TIWARI AKHILESH CHANDRA TIWARI 03/10/1997 M 114 8 75260 ANUBHUTI GARG ARUN GARG 13/06/1997 F 114 9 63398 EKANSH ARORA RAJESH ARORA 08/01/1997 M 113 10 66089 KARISHMA KARTHIK KARTHIK SUBRAMANIAN 06/04/1998 F 113 11 75266 ANUNA TIWARI SANJAY TIWARI 14/08/1997 F 113 12 77055 ANMOL DHAWAN SANJEEV DHAWAN 29/12/1998 M 113 13 77061 ANUKRITI KUDESHIA ANURODH KUDESHIA 27/09/1997 F 113 14 64048 PRANSHU SHUKLA SANJAY SHUKLA 24/02/1998 M 112 15 71044 NIKHIL SHARMA PRAMOD KUMAR SHARMA 21/01/1997 M 112 16 75365 AVANI AGARWAL SURENDRA KUMAR AGARWAL 28/06/1998 F 112 17 63385 DIVYA KUMAR GARG NITIN GARG 05/04/1998 M 111 18 64071 PRIYANKA CHATURVEDI D. P. CHATURVEDI 20/02/1997 F 111 19 72316 PRITHVI JOSHI ARUN JOSHI 28/10/1998 M 111 20 74213 SHIVAM SINGHANIA SUNIL SINGHANIA 27/02/1998 M 111 21 74227 SHREYA JAIPURIA BIRENDRA JAIPURIA 22/12/1997 F 111 22 77417 SREEDEVI GOPALAKRISHNAN NAIR GOPALAKRISHNAN NAIR 01/07/1997 F 111 23 50911 ANKUR SINGHAL ANIL KUMAR SINGHAL 26/12/1997 -
Star Products from Commutative String Theory
hep-th/0108072 TIFR/TH/01-28 Star Products from Commutative String Theory Sunil Mukhi Tata Institute of Fundamental Research, Homi Bhabha Rd, Mumbai 400 005, India ABSTRACT A boundary-state computation is performed to obtain derivative corrections to the Chern-Simons coupling between a p-brane and the RR gauge potential Cp−3. We work to quadratic order in the gauge field strength F , but all orders in derivatives. In a certain limit, which requires the presence of a constant B-field background, it is found that these corrections neatly sum up into the product of (commutative) gauge fields. The result ∗2 is in agreement with a recent prediction using noncommutativity. arXiv:hep-th/0108072v1 10 Aug 2001 August 2001 Introduction In a recent paper[1] it was shown that the noncommutative formulation of open-string theory can actually give detailed information about ordinary commutative string theory. Once open Wilson lines are included in the noncommutative action, one has exact equality of commutative and noncommutative actions including all α′ corrections on both sides. As a result, a lot of information about α′ corrections on the commutative side is encoded in the lowest-order term (Chern-Simons or DBI) on the noncommutative side, and can be extracted explicitly. The predictions of Ref.[1] were tested against several boundary-state computations in commutative open-string theory performed in Ref.[2], and impressive agreement was found. The latter calculations were restricted to low-derivative orders, largely because the boundary-state computation becomes rather tedious when we go to high derivative order. However, in some specific cases, particularly when focusing on Chern-Simons couplings in the Seiberg-Witten limit[3], the predictions from noncommutativity in Ref.[1] are simple and elegant to all derivative orders as long as we work with weak field strengths (quadratic order in F ). -
Schedule Titles and Zoom Links: Please Note That IST = UTC + 5:30
The Dual Mysteries of Gauge Theories and Gravity IIT Madras 2020 Schedule Titles and zoom links: Please note that IST = UTC + 5:30 Mon, Oct 19, Session 1: Chair: Suresh Govindarajan 09:00--9:30 IST Opening address by David Gross and Director’s welcome speech Zvi Bern 9:30- 10:25 IST Scattering Amplitudes as a Tool for Understanding Gravity Aninda Sinha 10:40--11:20 IST Rebooting the S-matrix bootstrap Mon, Oct 19, Session 2: Chair: Jyotirmoy Bhattacharyya Jerome Gauntlett 14:00-14:40 IST Spatially Modulated & Supersymmetric Mass Deformations of N=4 SYM Elias Kiritsis 14:55-15:35 IST Emergent gravity from hidden sectors and TT deformations Rene Meyer 15:50 -16:30 IST Strongly Correlated Dirac Materials, Electron Hydrodynamics & AdS/CFT Mon, Oct 19, Session 3: Chair: Bindusar Sahoo Chethan Krishnan 19:30-20:10 IST Cosmic Censorship of Trans-Planckian Field Ranges in Gravitational Collapse Timm Wrase 20:25 - 21:05 IST Misaligned SUSY in string theory Thomas van Riet 21:20 -22:00 IST A de Sitter landscape and Russel's teapot 1 The Dual Mysteries of Gauge Theories and Gravity Tue, Oct 20, Session 1: Chair: Nabamita Banerjee Rajesh Gopakumar 9:00 - 9:40 IST Branched Covers and Worldsheet Localisation in AdS_3 Gustavo Joaquin Turiaci 9:55- 10:35 IST The gravitational path integral near extremality Ayan Mukhopadhyay 10:50- 11:30 IST Analogue quantum black holes Tue, Oct 20, Session 2: Chair: Koushik Ray David Mateos 14:00-14:40 IST Holographic Dynamics near a Critical Point Shiraz Minwalla 14:55 - 15:35 IST Fermi seas from Bose condensates and a bosonic exclusion principle in matter Chern Simons theories. -
PROGRAM Summary ICTS Program on NON-EQUILIBRIUM
PROGRAM Summary ICTS Program on NON-EQUILIBRIUM STATISTICAL PHYSICS 30 January – 08 February, 2010 Venue: Indian Institute of Technology, Kanpur This event is a part of the Golden Jubilee celebration of IIT Kanpur : celebrating 50 years of excellence in education and research 30 JAN (Saturday) ICTS NESP workshop Inaug. Session 9:00-9:30 Director, ICTS & Director, IITK SiISession I Cha ir: StSpenta R. WdiWadia 9:30-10:30 Udo Seifert, University of Stuttgart, Germany (NESP2010 Lars Onsager Lecture): “Stochastic thermodynamics: Theory and experiments”. 10:30-11:00 TEA (Special) SiIISession II Cha ir: Udo SiftSeifert 11:00-12:00 Pierre Gaspard, Free University of Brussels, Belgium (NESP2010 Ilya Prigogine Lecture): "Microreversibility and time asymmetry in nonequilibrium statistical mechanics and thermodynamics” 12:00-13:00 Gunter M. Schütz, Research Center Jülich, Germany (NESP2010 Distinguished Colloquium): “Statistical mechanics of extreme events” 13:00-14:00 LUNCH (Only for registered participants) Session III Chair: Pierre Gaspard 14:00-15:00 Jayanta K. Bhattacharjee, SN Bose National Centre for Basic Sciences, Kolkata, India (NESP2010 J. C. Bose Lecture): “Centre or limit cycle? RG as a probe“ 15:00-16:00 Robin B. Stinchcombe, University of Oxford, UK (NESP2010 Rudolf Peierls Lecture): ``Universality, and Non-universal Dynamics in Non-equilibrium Systems´´ 16:00-16:30 TEA Session IV Chair: Jayanta K. Bhattacharjee 16:30-17:30 Spenta R. Wadia (NESP2010 Subrahmanyan Chandrasekhar Lecture): “The Maldacena duality conjecture and applications” 17:30-18:00 Discussion Session V Chair: Amalendu Chandra 18:00-19:00 H. Eugene Stanley, Boston University, USA (NESP2010 John Kirkwood Lecture): “Puzzling Physics, Chemistry and Biology of Liquid water”. -
Science Academies' Refresher Course in Statistical Physics
INF. & ANN. Science Academies’ Refresher Course in Statistical Physics 8–21May 2013 Sponsored by Indian Academy of Sciences, Bangalore, Indian National Science Academy, New Delhi, The National Academy of Sciences, India, Allahabad In collaboration with Nehru Science and Arts College, Kanhangad, Kerala A Refresher Course in Statistical Physics for college/university teachers will be held at Nehru Science and Arts College, Kanhangad, Kerala, from May 08 – 21, 2013. The Course is aimed at college teachers of statistical mechanics at the B.Sc./M.Sc. level. The Course will cover the basic concepts and techniques of Statistical Physics in a pedagogical manner, through lectures and tutorials. Some advanced topics will also be covered. Discussions will include common difficulties faced by students, problems designed to explain concepts, and techniques to improve the presentation and teaching skills of participants. College/university teachers having at least a master’s degree in physics / mathematics / engineering are encouraged to apply. Topics: Most of the topics in a standard BSc/MSc level course syllabus will be covered. There will be six courses dealing with fundamental concepts of statistical physics, probability theory, thermodynamics, quantum statistical physics and Bose-Einstein condensation, phase transitions and critical phenomena, and Monte Carlo techniques and stochastic evolution. Resource Persons : Chandan Dasgupta (Indian Institute of Science, Bangalore), Deepak Dhar (Tata Institute of Fundamental Research, Mumbai), Sanjay Puri (Jawaharlal Nehru University, New Delhi), K. P. N. Murthy (University of Hyderabad), Rajesh Ravindran (Institute of Mathematical Sciences, Chennai), P. K. Mohanty (Saha Institute of Nuclear Physics, Kolkata), V. M. Bannur (University of Calicut) and Sumedha (National Institute of Science Education and Research, Bhubaneswar). -
Tata Institute of Fundamental Research
Tata Institute of Fundamental Research NAAC Self-Study Report, 2016 VOLUME 2 VOLUME 2 1 Departments, Schools, Research Centres and Campuses School of Technology and School of Mathematics Computer Science (STCS) School of Natural Sciences Chemical Sciences Astronomy and (DCS) Main Campus Astrophysics (DAA) Biological (Colaba) High Energy Physics Sciences (DBS) (DHEP) Nuclear and Atomic Condensed Matter Physics (DNAP) Physics & Materials Theoretical Physics (DTP) Science (DCMPMS) Mumbai Homi Bhabha Centre for Science Education (HBCSE) Pune National Centre for Radio Astrophysics (NCRA) Bengaluru National Centre for Biological Sciences (NCBS) International Centre for Theoretical Sciences (ICTS) Centre for Applicable Mathematics (CAM) Hyderabad TIFR Centre for Interdisciplinary Sciences (TCIS) VOLUME 2 2 SECTION B3 Evaluative Report of Departments (Main Campus) VOLUME 2 3 Index VOLUME 1 A-Executive Summary B1-Profile of the TIFR Deemed University B1-1 B1-Annexures B1-A-Notification Annex B1-A B1-B-DAE National Centre Annex B1-B B1-C-Gazette 1957 Annex B1-C B1-D-Infrastructure Annex B1-D B1-E-Field Stations Annex B1-E B1-F-UGC Review Annex B1-F B1-G-Compliance Annex B1-G B2-Criteria-wise inputs B2-I-Curricular B2-I-1 B2-II-Teaching B2-II-1 B2-III-Research B2-III-1 B2-IV-Infrastructure B2-IV-1 B2-V-Student Support B2-V-1 B2-VI-Governance B2-VI-1 B2-VII-Innovations B2-VII-1 B2-Annexures B2-A-Patents Annex B2-A B2-B-Ethics Annex B2-B B2-C-IPR Annex B2-C B2-D-MOUs Annex B2-D B2-E-Council of Management Annex B2-E B2-F-Academic Council and Subject -
Holomorphic Bootstrap for Rational CFT in 2D
Holomorphic Bootstrap for Rational CFT in 2D Sunil Mukhi YITP, July 5, 2018 Based on: \On 2d Conformal Field Theories with Two Characters", Harsha Hampapura and Sunil Mukhi, JHEP 1601 (2106) 005, arXiv: 1510.04478. \Cosets of Meromorphic CFTs and Modular Differential Equations", Matthias Gaberdiel, Harsha Hampapura and Sunil Mukhi, JHEP 1604 (2016) 156, arXiv: 1602.01022. \Two-dimensional RCFT's without Kac-Moody symmetry", Harsha Hampapura and Sunil Mukhi, JHEP 1607 (2016) 138, arXiv: 1605.03314. \Universal RCFT Correlators from the Holomorphic Bootstrap", Sunil Mukhi and Girish Muralidhara, JHEP 1802 (2018) 028, arXiv: 1708.06772. and work in progress. Related work: \Hecke Relations in Rational Conformal Field Theory", Jeffrey A. Harvey and Yuxiao Wu, arXiv: 1804.06860. And older work: \Correlators of primary fields in the SU(2) WZW theory on Riemann surfaces", Samir D. Mathur, Sunil Mukhi and Ashoke Sen, Nucl. Phys. B305 (1988), 219. “Differential equations for correlators and characters in arbitrary rational conformal field theories", Samir D. Mathur, Sunil Mukhi and Ashoke Sen, Nucl. Phys. B312 (1989) 15. \On the classification of rational conformal field theories", Samir D. Mathur, Sunil Mukhi and Ashoke Sen, Phys. Lett. B213 (1988) 303. \Reconstruction of conformal field theories from modular geometry on the torus", Samir D. Mathur, Sunil Mukhi and Ashoke Sen, Nucl. Phys. B318 (1989) 483. “Differential equations for rational conformal characters", S. Naculich, Nucl. Phys. B 323 (1989) 423. Outline 1 Introduction and Motivation 2 The Wronskian determinant 3 Few-character theories 4 Monster-like theories 5 Bounds and Numerical Bootstrap 6 Hecke Relations 7 Conclusions Introduction and Motivation • The partition function of a 2D CFT is: L − c L¯ − c Z(τ; τ¯) = tr q 0 24 q¯ 0 24 where: 2πiτ 1 H q = e ;L0 = 2 2π − iP Here, H; P are the generators of translations in time and space respectively, and τ is the modular parameter of a torus. -
Year Book of the Indian National Science Academy
AL SCIEN ON C TI E Y A A N C A N D A E I M D Y N E I A R Year Book B of O The Indian National O Science Academy K 2019 2019 Volume I Angkor, Mob: 9910161199 Angkor, Fellows 2019 i The Year Book 2019 Volume–I S NAL CIEN IO CE T A A C N A N D A E I M D Y N I INDIAN NATIONAL SCIENCE ACADEMY New Delhi ii The Year Book 2019 © INDIAN NATIONAL SCIENCE ACADEMY ISSN 0073-6619 E-mail : esoffi [email protected], [email protected] Fax : +91-11-23231095, 23235648 EPABX : +91-11-23221931-23221950 (20 lines) Website : www.insaindia.res.in; www.insa.nic.in (for INSA Journals online) INSA Fellows App: Downloadable from Google Play store Vice-President (Publications/Informatics) Professor Gadadhar Misra, FNA Production Dr VK Arora Shruti Sethi Published by Professor Gadadhar Misra, Vice-President (Publications/Informatics) on behalf of Indian National Science Academy, Bahadur Shah Zafar Marg, New Delhi 110002 and printed at Angkor Publishers (P) Ltd., B-66, Sector 6, NOIDA-201301; Tel: 0120-4112238 (O); 9910161199, 9871456571 (M) Fellows 2019 iii CONTENTS Volume–I Page INTRODUCTION ....... v OBJECTIVES ....... vi CALENDAR ....... vii COUNCIL ....... ix PAST PRESIDENTS OF THE ACADEMY ....... xi RECENT PAST VICE-PRESIDENTS OF THE ACADEMY ....... xii SECRETARIAT ....... xiv THE FELLOWSHIP Fellows – 2019 ....... 1 Foreign Fellows – 2019 ....... 154 Pravasi Fellows – 2019 ....... 172 Fellows Elected (effective 1.1.2019) ....... 173 Foreign Fellows Elected (effective 1.1.2019) ....... 177 Fellowship – Sectional Committeewise ....... 178 Local Chapters and Conveners ......