Experimental Particle Physics: Glasgow 2006-11

我们的目标是在两个正在运行的实验（CDF和ZEUS）中产生强相互作用和希格斯物理的前沿物理结果，同时投资两个新的大型强子对撞机（ATLAS和LHCb），并促进一个世界级的探测器开发实验室的长期倡议和衍生应用，包括视网膜植入物的开发和理解眼睛如何将光转化为感知。大型强子对撞机项目需要最先进的防辐射探测器技术和系统。为了管理将从它们流出的数据，我们正在引领电子科学计算机网格技术的发展。科学目标集中在寻找长期预测的希格斯玻色子和测试提出的“超对称”粒子的迹象。未来的加速器和探测器项目将需要进一步的技术进步。我们专注于质子、电子和中微子设施的需求。

Our aim is to generate cutting-edge physics results in strong-interaction and Higgs physics at two running experiments (CDF and ZEUS) whilst investing in two new LHC ones (ATLAS and LHCb) and promoting a world-class detector development laboratory for longer-term initiatives and spin-out applications, including the development of retinal implants and understanding how the eye works to convert light into perception. The LHC projects demand state-of-the-art radiation-hard detector technology and systems. To manage the data that will flow out from them we are leading e-science computer grid technique developments. Scientific objectives are focussed on searching for the long-predicted Higgs Boson and teasting for signs of the proposed 'supersymmetric' particles. Future accelerator and detector projects will need further technical advances. We are focussed on the needs of proton, electron and neutrino facilities.