Shoji Torii, Director of the institute and Professor at the Faculty of Science and Engineering. We discussed several national and international large-scale projects being conducted by the institute with Mr. In order to address this theme, the Waseda Institute for Space Science Observation System was established in the autumn of 2010 to promote joint research projects for conducting observation experiments in cosmic space. As such, it is a very important and challenging research theme. Additionally, it will bring great advancements to elementary particle physics. In this way, the discovery of dark matter and new particles will solve the mystery of the universe's origin and evolution, and will break new ground in advanced cosmic theory. From observation of cosmic structure, it is known that dark matter is weakly interacting massive particles (WIMPs) and that dark matter may be the new particle which is required by elementary particle physics. Of the other 96%, it is thought that unknown matter called dark matter accounts for 23%, with the remaining 73% being dark energy. In actuality, current theory can explain and demonstrate the existence for only 4% of total matter in the cosmos. However, integration of the other forces requires heavy particles which are demonstrated by the supersymmetry theory and the superstring theory, but do not exist in the standard model. In the case of weak interaction and electromagnetism, it is clear both theoretically and experimentally that integration of the two forces is possible. One such issue is integration of the 4 forces of gravity, weak interaction, electromagnetism and strong interaction. ![]() However, there are many issues in modern elementary particle physics which cannot be explained by the standard model. The discovery of the Higgs particle essentially completes the standard model of particles. The Higgs particle, also known as the "God particle," proves the existence of an origin for matter, or all things in creation. Eventually, the symmetry of the vacuum was broken and matter was born in a sea of Higgs particles where resistance existed. Interest was raised around the world by the announcement that this particle may be the Higgs particle which substantiates the origin of matter in cosmic theory.Īccording to current cosmic theory, it is thought that after the birth of our universe, matter-less elementary particles came and went at the speed of light. ![]() In July 2012, a new particle was discovered by using the world's largest elliptic collision accelerator at CERN (European Organization for Nuclear Research) in Switzerland. Waseda Institute for Space Science Observation System Driving an advanced space mission and attempting to solve the mystery of dark matter
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