14th Texas Symposium on Relativistic Astrophysics; December 11-16, 1988; Dallas, Texas

第14届相对论天体物理学研讨会将于 德克萨斯州，达拉斯，1988年12月11 - 16日。德克萨斯州研讨会 庆祝他们成立25周年，因为第一个得克萨斯州 1963年，相对论天体物理学讨论会在北京召开。 达拉斯。 德克萨斯州研讨会每隔一年举行一次， 作为主要领域最近事态发展的国际摘要， 天体物理学和相对论。 每年举行两次会议， 在美国的不同城市，每三次会议 在国外，例如在德国慕尼黑的会议， 1978年，1984年在以色列耶路撒冷的土地。 关于类星体发现的第一次报告是 在第一届德克萨斯州相对论天体物理学研讨会上发表。 第一次将中子星鉴定为中子星， 黑洞的候选者， 引力波的存在，毫秒的引力波，以及其他 一个相当重要的发现首次在德克萨斯州的 研讨会。 此外，X射线天文学， 粒子物理学和宇宙学，大爆炸理论和 早期宇宙，星系形成，活动星系核 超新星和致密天体、宇宙射线和最近的问题 广义相对论在得克萨斯大学 研讨会。 1988年得克萨斯州研讨会将主要邀请审查会谈 其中全面概述了 天体物理学的前沿，宇宙学相关的主题， 粒子物理学和空间科学，以及相对论 理论

The 14th Symposium on Relativistic Astrophysics will be held in Dallas, Texas December 11 -16, 1988. The Texas Symposia are celebrating their 25th Anniversary since the first Texas Symposium on Relativistic Astrophysics was held in 1963 in Dallas. The Texas Symposia take place every other year and serve as international summary of recent developments in the main areas of astrophysics and relativity. The biannual meetings are held in different cities in the U.S., and every third meeting is held in a foreign country such as the meetings in Munich, Germany in 1978, land in Jerusalem, Israel in 1984. The first presentations on the discovery of quasars were made at the first Texas Symposium on Relativistic Astrophysics. The identification of pulsars as neutron stars, the first candidates for black holes, the indirect evidence for the existence of gravitational waves, millisecond pulsars, and other rather important discoveries were first presented at the Texas Symposia. In addition to this, X-ray astronomy, the interaction of particle physics and cosmology, big bang theories and the early universe, galaxy formation, active galactic nuclei, supernovae and compact objects, cosmic rays and recent problems of general relativity were extensively covered at the Texas Symposia. The 1988 Texas Symposium will have mainly invited review talks which give a comprehensive overview of the major developments in the forefront of astrophysics, cosmology related topics of particle physics and space sciences, as well as relativity theory.