Dr. David M. Smith PERSONAL
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Annual Report CTCC 2014
The Centre for Theoretical CTCC and Computational Chemistry annual report 2014 The Centre for Theoretical CTCC and Computational Chemistry annual report 2014 Te Centre for Teoretical and The Centre for Theoretical Computational ChemistryCTCC CTCCand Computational Chemistry Table of ContentsannualT e reportCentre for Teoretical and2014 Computational Chemistry (CTCC) is a Norwegian Centre of Excel- A Year for Young Scientists ...................................................................................3 lence (CoE) established by the Research Council of Nor- From the Board of Directors ..............................................................................4 way (RCN) in July 2007. Te goal of the CoE program is to stimulate Norwegian research groups to establish 2014 in brief .......................................................................................................................................5 larger units focusing on frontier research at a high inter- Highlight: New insights on porphyrinoid comp ounds national level and to contribute to raising the quality of through studies of gauge-including magnetically Norwegian research. induced current densities .............................................................................................8 Te CTCC is one of 21 national CoEs in Norway and Highlight: Role of CRALBP for Dark-Adapted one of two centres in chemistry. It has two nodes of equal Selection of cis-Retinoids in the Eye .......................................................11 size, hosted by UiT -
Annual Report 2004
RESEARCH SCHOOL OF CHEMISTRY Annual Report 2004 CANBERRA ACT 0200 AUSTRALIA ANU CRICOS Provider Number 00120C www.anu.edu.au RESEARCH SCHOOL OF CHEMISTRY Annual Report 2004 Institute of Advanced Studies Telephone: +61 2 6125 3637 Australian National University Bldg 35 Fax: +61 2 6125 0750 Canberra ACT 0200 Email: [email protected] Australia Website: http://rsc.anu.edu.au/index.php Editors: Ms Marilyn A Holloway, Professor Martin G Banwell, Ms Christine Sharrad Editorial Coordinator: Ms Michelle Baker Front Cover: The Wigner intracule for the Li2 molecule shows how the relative positions and momenta of the electrons are distributed — Professor Peter Gill, Theoretical Quantum Chemistry Group Back Cover: The “Superbowl” molecule is capable of capturing and releasing drugs and chemicals — Dr Mick Sherburn, Organic Synthesis, Methodology and Host-guest Chemistry Group RESEARCH SCHOOL OF CHEMISTRY CONTENTS Dean’s Report ____________________________________________________1 Mission Statement ________________________________________________4 Senior Staff ______________________________________________________5 Research Summaries Biological Chemistry Protein Structure and Function N E Dixon ________________________________________ 6 Nuclear Magnetic Resonance M A Keniry ________________________________________ 8 Structural Biology (ARC Fellow) A J Oakley _______________________________________ 10 Protein Crystallography and Engineering D L Ollis _________________________________ 12 Biomolecular NMR G Otting __________________________________________________ -
University of Wollongong the Bert Halpern Lecture
PREVIOUS BERT HALPERN LECTURERS: UNIVERSITY OF WOLLONGONG 1988 ALAN M. SARGESON (AUSTRALIAN NATIONAL UNIVERSITY) DEPARTMENT OF CHEMISTRY 1989 HANS C. FREEMAN (UNIVERSITY OF SYDNEY) 1990 ROBERT BREAKSPERE (UNIVERSITY OF TECHNOLOGY, SYDNEY) 1991 GRAHAM JOHNSTON (UNIVERSITY OF SYDNEY) 1992 GRAEME PEARMAN (CSIRO DIVISION OF ATMOSPHERIC RESEARCH) 1993 ATHEL BECKWITH (AUSTRALIAN NATIONAL UNIVERSITY) 1994 ANTHONY G WEDD (UNIVERSITY OF MELBOURNE) 1995 ARTHUR J BIRCH (AUSTRALIAN NATIONAL UNIVERSITY) 1996 LEN LINDOY (UNIVERSITY OF SYDNEY) 1997 PETER COLMAN (BIOMOLECULAR RESEARCH INSTITUTE) 1998 DON NAPPER (UNIVERSITY OF SYDNEY) THE BERT HALPERN LECTURE - 2006 2000 PAUL HADDAD (UNIVERSITY OF TASMANIA) 2001 JOHN BOWIE (UNIVERSITY OF ADELAIDE) 2002 GRAEME CLARK (UNIVERSITY OF MELBOURNE) Prof. Leo Radom University of Sydney 2003 DAVID BLACK (UNIVERSITY OF NEW SOUTH WALES) School of Chemistry 2004 BRUCE CORNELL (AMBRI PTY LTD) 2005 ROGER SUMMONS (MASSACHUSETTS INST. OF TECH., USA) Thursday 16th November, 2006 ORDER OF PROCEEDINGS: 5.30 – 6.00 p.m. Refreshments Union Function Centre UniCentre Function Rooms 3 & 4 5.30pm. for 6.00pm 6.00pm Welcome: Prof. William Price Head, Department of Chemistry Introduction: Prof. Rob Whelan Dean, Faculty of Science Lecture: Prof. Leo Radom Vote of thanks: Prof. Margaret Sheil Deputy Vice-Chancellor (Research) RSVP Louisa Willdin (by 13TH November, 2006) Phone: (02) 42 213509 Email: [email protected] THE BERT HALPERN LECTURE THE BERT HALPERN LECTURER 2006 The Bert Halpern Lecture is a public lecture presented annually at The University of Wollongong by a distinguished visiting scientist on a subject in chemistry or PROF LEO RADOM biochemistry. Leo Radom was educated at the University of Sydney where he graduated with First It honours the memory of Bert Halpern, the Professor of Chemistry at the University Class Honours and the University Medal in 1965, and subsequently a PhD in 1969 with of Wollongong from 1970-1980. -
23Rd IUPAC Conference on Physical Organic Chemistry Conference
23rd IUPAC Conference on Physical Organic Chemistry Conference Programme Welcome It is with great pleasure that we welcome you to the University of New South Wales, Sydney and to the 23rd IUPAC Conference on Physical Organic Chemistry (ICPOC23). The ICPOC series of biennial conferences stretches back to the first meeting in 1972 in Switzerland. Since then, meetings have been held all over the world – but this is the first time that it has been held in Australia! With its roots in relating molecular structure to chemical behaviour, physical organic chemistry underpins a range of fields and has wide application. As such, we have taken the approach for this conference that the area is a 'broad church' and encompasses not just the traditional physical organic areas of mechanism, reactivity and structure but extends into biology, materials science and systems chemistry. This breadth is represented by the range of presentations and the three streams of the conference. Physical Foundations of Organic Reactivity Mechanism and Bioorganic Chemistry Supramolecular and Systems Chemistry We are thrilled that this approach has seen a particularly strong response worldwide, with more than 300 registered attendees from 35 countries and every (permanently inhabited!) continent. A big "Thank you" is due to all participants, committee members, sponsors and (particularly) the student helpers for their efforts in making this conference a very successful event. Once again, welcome to Sydney and enjoy the adventure-rich city and its picturesque surroundings. Jason Harper and Pall Thordarson Co-Chairs i Sponsors Principal Sponsors ii Sponsors Gold Sponsors iii Sponsors Silver Sponsors iv Organising Committee Co-Chair: Assoc.