Collider physics based on e-Science paradigm of experiment-computing-theory

Our goal is to study collider physics anytime, anywhere. The current science requires the unified research environment of experiment-computingtheory. Using the 21st century concept of e-Science paradigm, we combine experiment, theory and computing of collider physics for more efficient research process. Researches in the 21 century are characterized by e-Science. Data centric analysis as a unified concept of experiment-computing-theory has been suggested. However, this concept has not been realized yet. We have realized this e-Science paradigm by constructing the unified research environment of experiment-theory and computing-theory as well as that of experimentcomputing performed at KISTI (Korea Institute of Science and Technology Information). We use the fusion concept of collider physics of experiment, theory and computing. For experiment-theory unified system, we have constructed and utilized the unified research environment of collider physics experiment, phenomenology, and data analysis. We have constructed the Monte Carlo (MC) system used in experimental data analysis and studied phenomenology using the system. We have also designed a future research system applicable to the upcoming collider experiment. We have developed the data handling system for lepton collider experiment (for example, Belle II experiment) using metadata system. For theory-computing unified system, we have developed a phenomenological analysis technology using supercomputers. We have built up an environment of phenomenological analysis using the fourth generation supercomputer at KISTI. We have developed the parallel and optimization processing of phenomenological analysis codes.