Elementary Particle Theory

理论基本粒子物理学的研究将包括将理论预测与将在不久的将来进行的新实验联系起来的工作，以及涉及超弦理论的思想的发展，超弦理论是所有基本相互作用的理论。暗物质的探测，神秘的不发光物质，似乎构成了我们银河系的90%，以及最近令人兴奋的布鲁克海文国家实验室的测量结果，似乎表明存在新的物理现象，将被分析，并将研究超弦模型如何解释基本粒子的质量。对实验预测的分析是非常重要的，因为一系列新的实验将能够在高能领域发现新的物理定律的存在，这些实验现在已经开始或将在不久的将来开始，这些实验可以用来测试新的自然理论，并确定这些新定律是什么。超弦理论的理论工作非常重要，因为该理论是包括引力在内的所有相互作用新理论的主要候选理论之一，并且代表了宇宙学的可能基本框架。

Research in theoretical elementary particle physics will include work on relating theoretical predictions to new experiments that will be performed in the near future, and to the development of ideas involving superstring theory, a theory of all fundamental interactions. The detection of dark matter, the mysterious non luminous material that appears to make up about 90 % of our Milky Way galaxy, and the the recent exciting Brookhaven National Laboratory measurements that appear to indicate the existance of new physical phenomena will be analyzed, and a study will be made of how superstring models can account for the masses of elementary particles.The analyses of experimental predictions are of importance as a whole array of new experiments that will be able to discover the existence of new laws of physics in the high energy domain have now started or will start in the near future, and these experiments can be used to test new theories of nature and determine what these new laws are. The theoretical work on superstring theory is of importance as this theory is one of the main candidates for a new theory of all interactions including gravity, as well as representing a possible fundamental framework for cosmology.