>>475 >>387 >>382 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big.
>>536 >>475 >>387 >>382 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big.
>>542 >>536 >>475 >>387 >>382 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big. 自殺? In axiomatic set theory (such as ZF), paradoxes are avoided by preventing the creation of sets that are too big.
http://www.epcos.org/library/papers/pdf_2010/Posters/PA10-Saiki.pdf Nanoscale writing and erasing of amorphous marks in a GeSbTe thin film with a gold nanoparticle by femtosecond laser irradiation Takashi Hira and Toshiharu Saiki Department of Electronics and Electrical Engineering, Keio University
http://kaken.nii.ac.jp/d/p/19106004/2011/3/ja.en.html Presentation T.Hira: "A Complete Switching of the Surface Plasmon Resonance due to Ultrafast Pphase Change of GeSbTe Substrate" 2011 MRS Spring Meeting. (20110427). アメリカ T.Hira: "Femtosecond Nanoscale Phase-Change Dynamics in GeSbTe Thin Films" The 11th International Symposium on Optical Memory. (20110719). アメリカ(INVITED)(招待講演) T.Hira: "Giant Surface Plasmon Resonance Switching of Gold Nanoparticles Based on Ultrafast Phase Change of GeSbTe" The 2011 European symposium on Phase Change and Ovonic Science. (20110906). スイス(INVITED)(招待講演) T.Hira: "Surface Plasmon Resonance Switching of Gold Nanoparticles Based on Ultrafast Phase Change of GeSbTe" The Symposium on Phase Change Optical Information Storage (PCOS) 2011. (20111118). Shizuoka 平敬: "フェムト秒ナノスケール電子励起によるGeSbTeの相変化誘起" レーザー学会学術講演会第32回年次大会. (20120131). 仙台(招待講演)