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Approximately twenty speakers have been invited (and have accepted) to give 40 minute talks. Please see the 'invited speaker' list below.
Approximately ten lectures at ISOM will consist of contributions from attendees. These lectures will be shorter than invited talks and will be chosen from abstracts submitted for that purpose. Up to approximately six outstanding poster contributions also will be chosen for oral presentation. Those who are presenting posters and wish to present their work orally should also submit a second abstract for that purpose. Oral presentations of posters will be chosen at the beginning of the conference. A list of these speakers follows the Invited Speaker list.
The following speakers have agreed to talk at ISOM XIV:
| Jean-Marie Basset | Laboratoire de Chimie Organometallique de Surface |
 New
silica supported catalysts for alkane and olefin metathesis |
|
| John Bercaw | California Institute of Technology |
| Stereocontrol
and Kinetic Resolution of Racemic alpha-Olefins with Metallocene Polymerization
Catalysts |
|
| Maurice Brookhart | University of North Carolina |
| Olefin
Polymerizations Using Late Transition Metal Catalysts |
|
| Michael R. Buchmeiser | University of Innsbruck |
| What
Metathesis Can do for Heterogeneous Catalysis and Life Sciences |
|
| Uwe Bunz | University of South Carolina |
| Alkyne
Metathesis with Simple Catalyst Systems. Scope, Limitations, and Applications
|
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| Kit Cummins | Massachusetts Institute of Technology |
| Molybdenum
Amides as Precursors to Alkyne Metathesis Catalysts |
|
| W. James Feast | University of Durham |
| Functional
Water-Soluble Polymers via ROMP; Synthesis and Uses |
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| Robert H. Grubbs | California Institute of Technology |
| Olefin
Metathesis by Ruthenium Complexes |
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| Amir H. Hoveyda | Boston College |
| Efficient
Enantioselective Mo-Catalyzed Metathesis Reactions and Applications
in Organic Synthesis |
|
| Thomas R. Hoye | University of Minnesota |
| Metathesis
Problems (and Some Solutions) Identified Through Natural Product Synthesis |
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| Ezat Khosravi | University of Durham |
| Well-defined
cross-linked materials via Resin Transfer Moulding (RTM)-ROMP |
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| Toshio Masuda | Kyoto University |
| Synthesis
and Properties of Chiral Substituted Polyacetylenes |
|
| Steve Nolan | University of New Orleans |
| Use
of Nucleophilic Carbenes in Homogeneous Catalysis |
|
| Jun Okuda | Johannes Gutenberg-Universität |
| Non-Metallocene
Polymerization Catalysts Based on Rare Earth Metals |
|
| Susannah Scott | University of Ottawa |
| Reactions
of Silica-supported Alkylidenes, including Initiation of Olefin Polymerization |
|
| Lawrence R. Sita | University of Maryland |
| Mechanistic
and Materialistic Aspects of Living Ziegler-Natta Polymerization by
Amidinate-based Catalysts |
|
| Franz Stelzer | University of Graz |
| Synthesis
of New Materials via ROMP |
|
| Emma Thorn-Csanyi | University of Hamburg |
| Applications
of olefin metathesis that only became possible by applying Schrock-type
alkylidene complexes |
|
| Gerard van Koten | University of Utrecht |
| Large
Ring Compounds via RCM using Nano-sized Organometallic Compounds as
Templates |
|
| Ken Wagener | University of Florida |
| Functional
Polymers Via ADMET Chemistry |
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The following is a list of contributed lectures that will be amended as more lectures are accepted:
| Stephen J. McLain | E. I. duPont de Nemours |
| Addition
Polymerization of Cyclopentene by Chiral Nickel and Palladium Catalysts
- Demonstration of Enantiomorphic Site Control with C1 and C2 Symmetric
Alpha-diimine Ligands |
|
| Moshe Kol | Tel Aviv University |
| From
Oligomerization to Living Isotactic Polymerization. Modification of
Amine-Phenolate Ligand Structure Varies Catalyst Performance. |
|
| Deryn E. Fogg | University of Ottawa |
| New
Ligand Frameworks in Ru Metathesis Catalysis |
|
| Bogdan Marciniec | Adam Mickiewicz University |
| Cross-metathesis
of Functionalized Olefins, Cycloolefins and Dienes with Vinyltrialkoxysilanes
Catalyzed by Ruthenium Carbenes |
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