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Plenary Lecture
The Plenary Lecture, Architecture in NanoSpace, will
be presented by Professor Sir Harold Kroto FRS on Saturday evening May 27,
2006.
Harry Kroto is one of the most exciting and provocative
chemistry lecturers of our time. He shared the 1996 Nobel Prize in
Chemistry for the discovery of buckminsterfullerene (C60). Much more
information about his past and current research interests may be found on
his web site.
Divisions and Symposia
Analytical Chemistry Division (AN)
AN1 •
Analytical Chemistry in Biology and Medicine
AN2 •
Analytical Separations
AN3 •
Biogeochemistry of Trace Metals in the Environment (Joint with EN)
AN4 •
Chemical Sensors
AN5 •
Electrochemistry at the Edge (Joint with PT)
AN6 •
Fate and Effects of Organic Chemicals in the Environment (Joint with EN)
AN7 •
New Applications in Microscopy and Microspectroscopy (Joint with PT)
AN8 •
Nuclear Analytical Chemistry
AN9 •
Nuclear Techniques in
Counter-Terrorism
AN10 •
Quality Assurance and Metrology in Analytical Chemistry
AN11
•
General
Biological and Medicinal Chemistry Division
(BM)
BM1 •
Advances in Nucleic Acid Chemistry
BM2 •
Carbohydrates and Drug Discovery
(Joint with OR)
BM3 •
Computational Methods in Drug Design (Joint with PT)
BM4 •
Enzyme Inhibitors and Drug Design
BM5 •
Enzymes:
Mechanism, Function and Structure
BM6 •
Modern Advances in Protein
Engineering
BM7 •
Natural Products (Joint with OR)
BM8 •
NMR of Biological Molecules (Joint with
OR and PT)
BM9 •
Peptide
Science (Joint with OR)
BM10 •
General
Chemical Education Division (CE)
CE1 •
Changes in Chemical Education:
New Approaches for Labs and Lectures
Based on Chemical Education Research
CE2 •
Chemical History in the Atlantic Region
CE3 •
History of Chemistry
CE4 •
Teaching Environmental and Green Chemistry (Joint with EN)
CE5 •
Teaching Safety in the New Era of Responsible CareTM
CE6 •
The Future of Physical Chemistry Education (Joint with MT and PT)
CE7 •
Women in Chemistry
CE8 •
General
Environment Division (EN)
EN1 •
Agent Orange and Other Pesticides
EN2 •
Atmospheric Chemistry: A Canadian
Perspective (Joint with PT)
EN3 •
Biogeochemistry of Trace Metals in the Environment (Joint with AN)
EN4 •
Environmental Risk Assessment
EN5 •
Fate and Effects of Organic Chemicals in the Environment (Joint with AN)
EN6 •
Teaching Environmental and Green Chemistry (Joint with CE)
Inorganic Chemistry Division (IN)
IN1 •
Inorganic Solid State Chemistry (Joint with MT)
IN2 •
Ligand Design in Transition Metal Chemistry
IN3 •
Macromolecular and Supramolecular Chemistry (Joint with MS and OR)
IN4 •
Paramagnetic and Mixed-Valent Complexes
in Organometallic and Inorganic
Chemistry
IN5 •
Recent Advances in Main Group Chemistry
IN6 •
Semiconductor and Metal Nanoparticles:
Synthesis, Properties and Applications (Joint with MT)
IN7 •
General
Macromolecular Science and Engineering Division
(MS)
MS1 •
Controlled Architecture Polymers as Nanomaterials (Joint with MT)
MS2 •
Macromolecular and Supramolecular Chemistry (Joint with IN and OR)
MS4 •
Methods for Controlled Polymerization (Joint with MT)
MS5 •
Organic Materials for Optical, Electronic or
Photonic Applications (Joint
with MT and OR)
MS6 •
Surfactants, Micelles and Colloids (Joint with
MT and PT)
Materials Chemistry Division (MT)
MT1 •
Controlled Architecture Polymers as Nanomaterials (Joint with MS)
MT2 •
Energy Storage and Conversion (Joint with PT)
MT3 •
Functional Materials
MT4 •
Inorganic Solid State Chemistry (Joint with IN)
MT5 •
Large Scale Canadian Science Opportunities (Joint with PT)
MT6 •
Methods for Controlled Polymerization (Joint with MS)
MT7 •
Organic Materials for Optical, Electronic or
Photonic Applications (Joint
with MS and OR)
MT8 •
Semiconductor and Metal Nanoparticles:
Synthesis, Properties and
Applications (Joint with IN)
MT9 •
Surfactants, Micelles and Colloids (Joint with
MS and PT)
MT10 •
The Future of Physical Chemistry Education (Joint with CE and PT)
Organic Chemistry Division (OR)
OR1 •
Carbohydrates and Drug Discovery
(Joint with BM)
OR2 •
Heterocycles and Heteroatom-Containing Rings
OR3 •
Innovative Chemistry in Novel Media
OR4 •
Macromolecular and Supramolecular Chemistry
(Joint with IN and MS)
OR5 •
Natural Products (Joint with BM)
OR6 •
NMR of Biological Molecules (Joint with BM
and PT)
OR7 •
Organic Materials for Optical, Electronic or
Photonic Applications (Joint
with MS and MT)
OR8 •
Organic Reaction Mechanisms
OR9 •
Peptide Science (Joint with BM)
OR10 •
Recent Advances in Organic Synthesis
OR11 •
General
Physical, Theoretical & Computational Division
(PT)
PT1 •
Ab initio Methods: Orbital and Plane Wave Methods
PT2 •
Atmospheric Chemistry: A
Canadian Perspective (Joint with EN)
PT3 •
Biophysical Chemistry
PT4 •
Computational Methods in Drug Design (Joint with BM)
PT5 •
Electrochemistry at the Edge (Joint with AN)
PT6 •
Energy Storage and Conversion (Joint with MT)
PT7 •
Large Scale Canadian Science Opportunities (Joint with MT)
PT8 •
New Applications in Microscopy and Microspectroscopy (Joint with AN)
PT9 •
NMR of Biological Molecules (Joint with BM and OR)
PT10 •
Surfactants, Micelles and Colloids (Joint with
MS and MT)
PT11 •
The Future of Physical Chemistry Education (Joint with CE and MT)
PT12
•
General
Joint Symposia
EN2/PT2
•
Atmospheric Chemistry: A Canadian
Perspective (Joint between EN and PT)
AN3/EN3
•
Biogeochemistry of Trace Metals in the Environment (Joint
between AN and EN)
BM2/OR1
•
Carbohydrates and Drug Discovery
(Joint between BM and OR)
BM3/PT4
•
Computational Methods in Drug Design (Joint
between BM and PT)
MS1/MT1
•
Controlled Architecture Polymers as Nanomaterials (Joint
between MS and MT)
AN5/PT5
•
Electrochemistry at the Edge (Joint
between AN and PT)
MT2/PT6
•
Energy Storage and Conversion (Joint
between MT and PT)
AN6/EN5
•
Fate and Effects of Organic Chemicals in the Environment (Joint
between AN and EN)
IN1/MT4
•
Inorganic Solid State Chemistry (Joint
between IN and MT)
MT5/PT7
•
Large Scale Canadian Science Opportunities (Joint
between MT and PT)
IN3/MS2/OR4
•
Macromolecular and Supramolecular Chemistry (Joint
among IN, MS and OR)
MS4/MT6
•
Methods for Controlled Polymerization (Joint
between MS and MT)
BM7/OR5
•
Natural Products (Joint between BM and OR)
AN7/PT8
•
New Applications in Microscopy and Microspectroscopy (Joint
between AN and PT)
BM8/OR6/PT9
•
NMR of Biological Molecules (Joint among BM,
OR and PT)
MS5/MT7/OR7
•
Organic Materials for Optical, Electronic or
Photonic Applications (Joint
among MS, MT and OR)
BM9/OR9
•
Peptide
Science (Joint between BM and OR)
IN6/MT8
•
Semiconductor and Metal Nanoparticles:
Synthesis, Properties and Applications (Joint
between IN and MT)
MS6/MT9/PT10
•
Surfactants, Micelles and Colloids (Joint
among MS, MT and PT)
CE3/EN6
•
Teaching Environmental and Green Chemistry (Joint
between CE and EN)
CE5/MT10/PT11
•
The Future of Physical Chemistry Education (Joint
among CE, MT and PT)
Revised November 29, 2005 |
