Abstracts
Here is a list of the submitted abstracts for the Nobel Symposium on Cosmic chemistry and Molecular Astrophysics, June 2006
For downloading the .pdf file of the abstracts please click on the title.
Invited lectures
Atmospheres inYuri Aikawa |
Molecular Evolution in star-forming cores and protoplanetary |
| Kobe University, Japan | disks |
| Louis Allamandola, | Decoding IR spectra of Cosmic Ices and Organics in the |
| NASA Ames Research Centre, | Laboratory |
| USA | |
| Geoff Blake, | Infrared, millimeter & THz spectrosopy of interstellar |
| Caltech, Pasadena, USA | molecules |
| John Black, | Molecules in Wonderland: Non-equilibrium processes |
| Onsala Space Centre, Sweden | in the interstellar medium |
| André Brack, | From the origin of Life to Life in the Universe |
| Centre de Biophysique | |
| Moléculaire, Orléans, France | |
| Cecilia Ceccarelli, | So cold, so hot: Solar type embryos |
| Observatoire de Grenoble, | |
| France | |
| José Cernicharo | To be defined |
| Instituto de Estructura de | |
| Materia, Madrid | |
| David C. Clary, | Formation of H2 on models of interstellar grains |
| University of Oxford, UK | |
Alexander Dalgarno, |
Introductory Lecture |
| Harvard-Smithsonian Centre | |
| for Astronomy, USA | |
| Pascale Ehrenfreund, | Strategies for life detection on Mars |
| University of Leiden, | |
| The Netherlands | |
| Reinhard Genzel, | Studying galaxies and molecules at high redshifts |
| Max Planck Institute for | |
| Extraterrestrial Physics, Munich, | |
| Germany | |
| Michel Guelin, | Identification of interstellar molecules: |
| IRAM, Grenoble, France | Beating the confusion at mm and sub mm wavelengths |
| Eric Herbst, | |
| Ohio State University, USA | models of interstellar clouds |
| Yuan T. Lee, | Isomerisation and Dissociation of Aromatic Hydrocarbons |
| Academia Sinica, Taiwan | |
| Tom J. Millar, | The chemistry of interstellar molecular clouds |
| Queen's University Belfast | |
| David Neufeld, | Interstellar molecules in the proto stellar environment: |
| Johns Hopkins University, | recent results from Spitzer |
| Baltimore, USA | |
| Takeshi Oka, | Interstellar H3+ |
| University of Chicago, USA | |
| Tobias Owen, | Icy planetesimals |
| Institute for Astronomy, | |
| University of Hawaii, USA | |
| Francesco Palla, | The chemistry of the early Universe |
Osservatorio d'Arcetri, Italy |
|
| Evelyne Roueff, | Gas phase chemical Networks: The influence of new |
| Observatory of Paris, France | |
| and the link to observations | |
| Eva Schinnerer, | Observed molecular gas properties at nearby galaxies |
| MPIA Heidelberg, Germany | |
| Ian R. Sims, | Experimental investigation of neutral-neutral reactions and |
| University of Rennes, France | energy transfer at lower temperatures |
| Darrel Strobel, | Photochemistry, Dynamics and transport in planetary |
| Johns Hopkins University, USA | Atmospheres in the outer solar system |
| Pat Thaddeus, | Laboratory detection of interstellar molecules |
| University of Harvard, | |
| Cambridge, USA | |
| Alexander G. G. M. Tielens, | Grain surface chemistry and the composition of interstellar |
| University of Groningen, | ice |
| The Netherlands | |
| Ewine F. van Dishoeck, | Chemistry in evolving protoplanetary disks |
| University of Leiden, | |
| The Netherlands | |
| Gianfranco Vidali, | Formation of molecules on analogues of interstellar |
| University of Syracuse, USA | dust grains |
| Malcolm Walmsley, | Hot cores and High mass star formation |
| Osservatorio Astrofisico di | |
| Arcetri, Firenze, Italy | |
| David A. Williams, | Physical Processes and their chemical tracers in |
| University College London, UK | near-stellar environments |
| Daniel Zajfman, | Electron-cold molecular ion reactions using the heavy ion |
| Weizmann Institute, Rehovot, | storage ring technique |
| Israel and | |
| Max-Planck Institute for Nuclear | |
| Physics, Heidelberg, Germany |
Hot Topics
Liv Hornekaer, |
Recombination pathways and energy release in |
| University of Aarhus, | molecular hydrogen formation on graphitic |
| Denmark | surfaces. |
| Thomas Henning, | Chemistry in protoplanetary disks. |
| MPI for Astronomy, | |
| Heidelberg, Germany | |
| Fredrik Schöier, | Non-equilibrium chemistry and dust formation in |
| Stockholm Observatory, | AGB-stars. |
| Sweden | |
| Åke Hjalmarson, | New Astronomy Highlights from the Odin Satellite. |
| Onsala Space Observatory, | |
| Sweden |
Posters
| Number | Presenter |
Title |
1 |
Susanne Aalto, | Surprising chemistry in dust enshrouded AGN's |
| Onsala Space | and ULIRG's | |
| Observatory, | ||
| Sweden | ||
2 |
Rafael Bachiller, |
|
OAN, Spain |
||
3 |
Nadia Balucani, |
|
University of Perugia, |
||
| Italy | investigations by crossed molecular beams | |
4 |
André Canosa, | Gas phase reaction kinetics of C2 and C4H with small |
| University of Rennes, | hydrocarbons: An experimental study at | |
| France | temperatures down to 24K. | |
5 |
Javier Goicoechea, | The spherical harmonics method for gas and dust |
| Observatory of Paris , | radiative transfer. | |
| France | ||
6 |
Susanne Höfner, | Winds of cool giants: Dynamics, molecules,dust. |
| Uppsala University, | ||
| Sweden | ||
7 |
Timothy J. Lee | Charged poly cyclic aromatic hydrocarbon (PAH) |
| Astrophysics Branch | clusters and the galactic extended red emission (ERE) | |
NASA Ames Research |
||
| Center | ||
| USA | ||
8 |
Harold .V.J. Linnartz | Supersonic planar plasma expansions as a tool to |
| Leiden Observatory | study unstable species of astrophysical interest. | |
| The Netherlands | ||
9 |
John P. Maier, | Electronic spectra of carbon chains, rings and ions |
| University of Basel, | of astrophysical interest | |
| Switzerland | ||
10 |
Ben J. McCall | Laboratory study of C60 and C60+. |
| University of Illinois at |
||
| Urbana-Champaign, | ||
| USA | ||
11 |
June McCombie | IFU and long-slit observations of the 3.3 micrometer |
| The University of | PAH Red Rectangle emission. | |
| Nottingham, UK | ||
12 |
Carina Persson, | A spectral survey of Orion KL from 487-492 and 542- |
| Onsala Space | 577 with the Odin satellite. | |
| Observatory, Sweden | ||
13 |
Sofia Ramstedt, | The chemistry and circumstellar properties of |
| Stockholm Observatory, | S-stars on the AGB. | |
| Sweden | ||
14 |
Helen Roberts, | Observations and modelling of deuterium |
| University of Manchester, | fractionation in prestellar and protostellar cores. | |
| UK | ||
15 |
Stephan Schlemmer, | Quantum-mechanical aspects of astrochmistry. |
| University of Cologne, | ||
| Germany | ||
16 |
Richard D. Thomas, | DESIREE - A new merged-beams tool for the study of |
| Stockholm University, | ultra-cold reactions of interstellar relevance. | |
| Sweden | ||
17 |
Floris van der Tak, | The ionization rate of galactic molecular clouds: |
| MPI for Radioastronomy, | APEX mapping of H3O+ in the Sgr B2 region. | |
| Germany | ||
18 |
Gianfranco Vidali | Apparatus tu study reactions at surfaces in |
| University of Syracuse, | interstellar and planetary environments. | |
| USA | ||
19 |
Serena Viti, | The early stage of massive star formation: |
| University College | Sulfur-bearing species as evolutionary tracers? | |
| London , UK | ||
20 |
Vitali Zhaunerchyk | Dissociative recombination study of the ozone |
Stockholm University, |
cation:evidence for almost exclusive | |
| Sweden | three-body break-up | |
Nobel Symposium 133 