有鑑於即將在大型強子對撞機(LHC)進行高能量的實驗，我們計畫仔細地研究在TeV能量尺度的物理。這項研究包括可能超出標準模型的物理之對撞機現象學、電弱對稱破缺的機制及其結果，和實驗結果在宇宙學及天文物理問題上的意含。我們將檢驗LHC的結果是否揭露期待中的希格斯粒子、顯示在這個能量尺度下有新物理存在、其應為何種新物理、有甚麼新粒子，以及量測這樣的模型中的交互作用強度、相位和質量的方法。 In view of the coming high-energy experiments at the Large Hadron Collider (LHC), we plan to make a detailed study of physics at the TeV scale. This includes collider phenomenology of possible physics beyond the standard model, mechanism of electroweak symmetry breaking and its consequences, as well as implications of the experimental results on cosmological / astrophysical issues. We will examine whether the LHC results reveal the expected Higgs boson, indicate new physics at this scale, what type the physics model should be, what the new degrees of freedom are, and ways to extract information such as the couplings, phases, and masses in such a model. 研究期間：9908 ~ 10007
