Dear colleagues, This message contains --- note for proceedings --- food information --- misc. information about the conference center --- The *final* program (as of August 15...) Jun Makino, LOC Chair ********** Note on proceedings ********** The deadline for the mauscript is October 15th 1995. The latex style file (crckapb.sty from Kluwer) is available on WWW and will be sent upon request. Page limit : 12 pages (invited talks) 4 page (posters) Details will be announced during the symposium ********** Food information ********** The conference center has two eating places. One is the main dining room and the other is a small restaurant at the uppermost floor of the conference hall building. The restaurant seems to offer more decent food than the main dining room does. Unfortunately, the capacity of the restaurant is not enough to support all of the participants (There will be yet another conference in the conference center). In addition, in the main dining room must be booked two weeks in advance (but it is less expensive). We made reservation for lunch for 40 people at the main dining room during the conference period (22-25). Those who want to have lunch in the main dining room please say so at the registration. The main dining room offers the breakfast and dinner as well. We decided not to book them. For breakfast, we (hopefully) will be able to offer coffee and some pastry and coffee at the lobby of the conference center. For dinner, we recommend to go out to Shinjuku or Shimokitazawa (both are 10 minutes by train). ********* misc. information about the conference center********* Network availability We plan to provide dial-up PPP connection between our computer network and the conference center, so that the participants can use several terminals to access their machine. PPP connection is prepared by Dr. Makoto Taiji Fax We plan to install a fax machine at the conference center. The phone number is not yet determined. If you have to receive fax messages from your home institute or somewhere else, please tell make it sent to our fax at university (+81-3-3465-3925). It will be picked up daily during the conference period. Phone I believe you can make overseas phone call from the phones in your room. However, since it will make the accounting quite a bit more complicated, I'd ask you to use the public phones (which operates with prepaid phone cards) to make overseas calls. *************** FINAL PROGRAM (Version Aug 15) *************** IAU Symposium 174 Dynamical Evolution of Star Clusters --- Confrontation of Theory and Observations Tokyo (Japan), August 22--August 25, 1995 - Morning Session 9:00-11:30 w/30 min coffee break - Afternoon Session 13:30-17:00 w/30 min tea break - All the oral presentations are invited papers. - For each paper 20 minutes presentation and 10 minutes discussion. [Aug 22 Tue] ## Morning Session ## --- Welcome address --- D. Sugimoto, SOC Chair --- Introduction --- * D. Sugimoto: Comparative study of globular clusters * G. Djorgovski: Global properties of globular clusters and their correlations --- New observations with HST --- * R. Guhathakurta: New developments with HST * I. King: HST results on globular clusters ## Afternoon Session ## * G. Fahlman: New observations with HST * M. Shara: Searches for Variables in Globular Cluster Cores * D. Richstone: HST observations for central stellar cluster --- Observations of fundamental properties --- * G. Meylan: Radial velocity studies * G. Piotto: Stellar luminosity and mass functions of globular clusters ## Evening ## --- Petit Banquet --- [Aug 23 Wed] ## Morning Session ## --- Observations of fundamental properties --- * R. Genzel: Stellar density distribution in the Galactic center --- Stellar Dynamics, Models --- * K. Takahashi: Two dimensional Fokker-Planck models * M. Giersz: Monte-Carlo Simulations * R. Spurzem: Fluid techniques and evolution of anisotropy ## Afternoon Session ## * P. Hut: Effects of primordial binaries * D.C. Heggie: Statistics of small-N simulations --- Large N-body Simulation --- * M. Taiji: Tera-flops machine for N-body problems * J. Makino: Gravothermal collapse and oscillation * S.J. Aarseth: Star Cluster Simulations on HARP --- GRAPE-4, a tera-flops dedicated machine --- Demonstration at Komaba campus (2 km from the conference venue) [Aug 24 Thu] ## Morning Session ## --- X ray and compact objects in globular clusters --- * J.E. Grindlay: ROSAT and HST studies of compact binaries in globular clusters * S. Kulkarni: Observations of compact objects, radio pulsars, and LMBXs in clusters * F. Verbunt: Interpretation of observations with ROSAT * C. Pryor: Binary search in globular clusters ## Afternoon Session ## --- Stellar evolution, collision, and merging --- * R. Wijers: Interacting Binaries in Globular Clusters: Evolution on Long Timescales * P. Eggleton: Combining stellar evolution and stellar dynamics * S. McMillan: Gravitational Scattering Experiments * L. Kiseleva: Three-body problems in open clusters * M. Davies: Stellar Encounters in Dense Systems * F. Rasio: SPH computation of stellar collision and merging [Aug 25 Fri] ## Morning Session ## --- Poster session (and poster discussions)--- (10:30 - 11:30) * D.F. Chernoff: Binary-Single Interactions * R. A. Mardling: Chaos and the Dynamical Evolution of Tidal Capture Binaries in Clusters ## Afternoon Session ## --- Galactic connection and environmental effect --- * D. Lin: Formation of globular clusters * H.-M. Lee: Dynamics of galactic nuclei and star clusters with remnant stars * D.C. Heggie and P. Hut: Effects of Dark matter --- Panel discussions: Future Problems --- ---------------------------------------------------------------------- POSTER PAPERS *** Observations of star clusters *** A.1 B. Brandl: Adaptive Optics NIR Imaging of R136 in 30Doradus: The Stellar Population of a Nearby Starburst A.2 R. Cannon: Abundance Variations on the Main Sequence A.3 A.M. Cool: The Lower Main Sequence and a White Dwarf Sequence in NGC 6397 A.4 P. Cote: Spectroscopic Binaries in the Globular Clusters M4 and M22 A.5 A.R. Gonzalez: I and V CCD photometry of PAL 1 A.6 D. Gouliermis: Central Densities of star clusters in the Magellanic Clouds A.7 P. Guhathakurta: A Detailed Study of the Core-Collapsed Cluster NGC 6624 Using HST A.8 J.W. Menzies: Search for variable blue stragglers in globular cluster centres A.9 B. J. Sams III: Globular Clusters in NGC 1275 A.10 C. Sosin: HST observations of post-core-collapse globular clusters A.11 T. Umemoto, K. Tatematsu, N. Hirano, and O. Kameya: Molecular line observations of infrared star clusters in the Orion A molecular cloud A.12 S. Zaggia: Kinematical properties of globular clusters *** stellar evolution in star clusters *** B.1 G. Drukier: On the Retention of Globular Cluster Neutron Stars B.2 J.E. Grindlay and A.M. Cool: Discovery of probable CVs in NGC 6397 B.3 O. Kurtanidze and M.G. Nikolashvili: A Search for Peculiar Stars in Clusters B.4 O. Kurtanidze and M.G. Nikolashvili: The Red Giants in Clusters B.5 H.-M. Lee and K.M. Kong: Binary-Single interactions of 10 solar mass black holes including the effects of gravitational radiation. B.6 H. Negoro: ASCA observations of two globular clusters, NGC 5139 (Omega Cen) and NGC 6656 (M22) B.7 R. Sagar: Binary star clusters in galaxies B.8 I. Saviane: Hint of Dynamical Influence on Stellar Evolution B.9 G. Szecsenyi-Nagy: On the possible contribution of dK and dM stars to the total mass of star clusters B.10 H. Yamaoka: The fate of binary systems after the explosion of SNe 1993J and 1994I B.11 S. F. Portegies Zwart: Binary Formation in Globular Clusters *** Stellar Dynamics, Models *** C.1 C. Einsel: Fokker-Planck Models for Rotating Stellar Systems C.2 T. Fukushige: N-body Simulation of Globular Clusters using GRAPE C.3 Y. Funato: Time-Symmetrized Kustaanheimo-Stiefel Regularization C.4 D.C. Heggie: An Approximate Numerical Method for Hierarchical Triples C.5 D.C. Heggie and F. Rasio: The Effect of Encounters on a Circular Binary C.6 D.C. Heggie, P. Hut, and S. McMillan: Binary Exchange Cross Sections for Unequal Masses C.7 S. Inutsuka:A Numerical Method for Collisions of Stars: Godunov-type Particle Hydrodynamics C.8 P.-Y. Longaretti and Lagoute: Dynamical evolution of rotating globular clusters C.9 P.-Y. Longaretti, Taillet, and Salati: Baryonic Dark Matter in Globular Clusters C.10 S. McMillan: Are Gravothermal Oscillations Gravothermal? C.11 T. Tsuchiya: Itenerancy of quasiequilibria in one-dimensional gravitating systems C.12 Y. Zhou: The energy exchange between different mass in expanding gravitating system. *** Galactic connection and environmental effects *** D.1 V.M. Danilov: On the dynamics of young open star clusters in the joint gravitational field of the Galaxy and of star forming regions D.2 E. Kim, Lee, and Geisler: Spatial Structure of the Globular Cluster System around NGC 4472 D.3 M.-G. Lee, Geisler and Kim: Metallicity Distribution of Globular Clusters in NGC 4472 D.4 M. Mori: GRAPESPH simulations of the chemodynamical evolution of dwarf galaxies D.5 N. Nakasato: GRAPESPH simulations of globular cluster formation D.6 A. K. Pandey: Luminosity distribution of disk clusters D.7 C. Theis: Dynamics of collapsing shells D.8 E. Vesperini: Aspects of the evolution of the galactic globular cluster system D.9 E. Vesperini and D. F. Chernoff: Trucation of the binary distribution function in globular cluster formation D.10 V. G. Surdin: Properties of Globular Cluster System: Primordial or Evolutional?