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Article type: Cover
2012 Volume 67 Issue 3 Pages
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Article type: Index
2012 Volume 67 Issue 3 Pages
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Article type: Index
2012 Volume 67 Issue 3 Pages
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
153-154
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Koichiro Asahi
Article type: Article
2012 Volume 67 Issue 3 Pages
155-
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Ryosuke Kodama
Article type: Article
2012 Volume 67 Issue 3 Pages
156-163
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High energy density sciences are now being progressed with high-power laser technologies in the world. New terminology "High Energy Plasma Photonics" has been proposed for the progress. Based on this terminology, we are developing plasma devices to directly control intense light and high energy density charged particles, resulting in realization of advanced intense radiation sources and exploring of new fields of sciences such as nonlinear optics in vacuum. Novel solid states of matter and material with high energy density are also being developed by controlling high pressures of more than TPa with original laser compression techniques and methods. These technologies are now opening new stages of the high energy density sciences.
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Masatoshi Kajita
Article type: Article
2012 Volume 67 Issue 3 Pages
164-169
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Variance in the fundamental constants is currently one of the hot topics in fundamental physics. The precise measurement of the molecular transitions is useful to test the variance in the proton-to-electron mass ratio. This article discusses the possibility to measure the molecular transitions within the uncertainty of 10^<-16>.
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Shojiro Takeyama
Article type: Article
2012 Volume 67 Issue 3 Pages
170-178
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The ultra-high magnetic field project has started at the Institute for Solid State Physics by installing a 5 MJ capacitor bank system applied to the electromagnetic flux compression technique in 1980. We have achieved to generate over 700 T which is the world record as an indoor operation. This is applied to precise measurements in solid state physics in magnetic fields of up to 600 T under extremely low-temperatures. Not only generation of the highest magnetic field but also the reproducibility is substantially improved. Recent development of the magnet technology and its application to an example of the solid state physics are introduced in this report. A 1,000 T project newly started is also described.
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Makoto Yoshida, Masashi Takigawa
Article type: Article
2012 Volume 67 Issue 3 Pages
179-183
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We present the ^<51>V NMR results of volborthite, a S=1/2 spin system on a distorted kagome lattice. The NMR results indicate an unusual ordered state with large magnetic fluctuations below 4.5 T. In the high field phases above 4.5 T, volborthite exhibits a heterogeneous spin state, where a non-uniform order with anomalous fluctuations alternates with a more conventional static order.
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Takafumi Sato, Kouji Segawa, Takashi Takahashi, Yoichi Ando
Article type: Article
2012 Volume 67 Issue 3 Pages
184-188
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We report an unexpected discovery that the surface Dirac fermions in the topological insulator TlBi(S_<1-x>Se_x)_2 solid-solution system acquire a mass without explicitly breaking the time-reversal symmetry. We found by high-resolution ARPES that the massless Dirac state in TlBiSe_2 switches to a massive state with a small Dirac gap by slightly replacing Se with S. Further replacement of Se results in an enhancement of the Dirac gap, and the gap eventually disappears around the quantum phase transition point between the topological and non-topological phases. This result provides a new route to achieving the massive Dirac state required for some of the exotic topological phenomena.
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Masahiro Komatsu
Article type: Article
2012 Volume 67 Issue 3 Pages
189-192
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Arisato Kawabata
Article type: Article
2012 Volume 67 Issue 3 Pages
193-195
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2012 Volume 67 Issue 3 Pages
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[in Japanese]
2012 Volume 67 Issue 3 Pages
196-197
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[in Japanese]
2012 Volume 67 Issue 3 Pages
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[in Japanese]
2012 Volume 67 Issue 3 Pages
197-198
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[in Japanese]
2012 Volume 67 Issue 3 Pages
198-
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[in Japanese]
2012 Volume 67 Issue 3 Pages
198-
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Yoichi Higashi
Article type: Article
2012 Volume 67 Issue 3 Pages
199-201
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Tsuneo Uematsu, Hiroyuki Kawamura, Shunzo Kumano
Article type: Article
2012 Volume 67 Issue 3 Pages
201-202
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Ken-ichi Ueda
Article type: Article
2012 Volume 67 Issue 3 Pages
202-204
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Noboru Miura
Article type: Article
2012 Volume 67 Issue 3 Pages
205-
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[in Japanese]
Article type: Article
2012 Volume 67 Issue 3 Pages
206-
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[in Japanese]
Article type: Article
2012 Volume 67 Issue 3 Pages
206-207
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2012 Volume 67 Issue 3 Pages
207-208
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
208-212
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
212-213
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[in Japanese]
2012 Volume 67 Issue 3 Pages
214-
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
215-216
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
218-219
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
220-221
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Article type: Appendix
2012 Volume 67 Issue 3 Pages
222-
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