In the previous standard theory(A), it was thought that the short-period comets formed in the outer solar system. However, recent theoretical studies and the results of the Deep Impact mission suggest that short-period comets formed in much more inner portion of the solar system than previously thought.
HTML5 Webook 4Results of theoretical research and experiments exploring novel energy statesIt was predicted over 40 years ago that if the coupling is extremely strong, a qualitatively new lowest energy state(the ground state) of light and an atom should be realized.
The Nuclear Science and Transmutation Research Division designs and conducts physics experiments using RIBF, and in conjunction with the theoretical research of atomic nuclei, aims to unravel the mystery of nucleosynthesis in the universe by creating the ultimate picture of atomic nuclei, and develop nucleosynthesis and nuclear transmutation technology.
In addition, by using the developed software, we theoretically study research subjects in a wide range of fields such as finite temperature properties in solids with strong geometric charge frustration and spin relaxation phenomena in quantum dot systems.
At the center for Theoretical Studies in KMI, based on the brilliant tradition of research in the fundamental physics at Nagoya University, we aim to lead the fundamental theoretical physics with our original approach again in the period of this second revolution.
As a general rule, students who chose a group for experimental research in the summer semester must choose a group for theoretical research in the winter semester(or vice versa), because here again, we emphasize the need to be experienced in both experimental physics and theoretical physics.
Alexander Shluger, a professor at the Department of Physics and Astronomy and the London Centre for Nanotechnology, University College London, and a principal investigator at the AIMR, presented a theoretical study into the effect of excess electrons in oxides on the creation of Frenkel defects, in which an atom is displaced from its lattice position to an'interstitial' site lying between lattice points.
New applications of fullerene materials for an absorption of biomolecules and for fuelcells have also been studied. Hence, this symposium provides the forum to present the above wide basic and application studies of fullerene nano-materials, including the other advanced nano-carbon materials such as carbon nanotubes, graphene, carbon nano-wall, Marimo carbon, and so on including the experimental and the theoretical studies.
Our main research subject is theoretical studies on quantum computation, specifically, quantum error correction, quantum algorithm, quantum computational complexity, and quantum machine learning. We are interested in a wide range of physical fields related to quantum information science and advance both fundamental and applied research in the interdisciplinary field of physics and information/computation.
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