Xiaoli Lu (423497)Yunseok Kim (1439542)Silvana Goetze (2177616)Xiaoguang Li (148206)Sining Dong (1472158)Peter Werner (99498)Marin Alexe (1525840)Dietrich Hesse (1925497)
Fully epitaxial BaTiO<sub>3</sub>/CoFe<sub>2</sub>O<sub>4</sub> ferroelectric/ferromagnetic multilayered nanodot arrays, a new type of magnetoelectric (ME) nanocomposite with both horizontal and vertical orderings, were fabricated via a stencil-derived direct epitaxy technique. By reducing the clamping effect, ferroelectric domain modification and distinct magnetization change proportional to different interfacial area around the BaTiO<sub>3</sub> phase transition temperatures were found, which may pave the way to quantitative introducing of ME coupling at nanoscale and build high density multistate memory devices.
Casillas-Popova SofiaArenas-alatorre JesúsPandiyan ThangarasuGustavo TavizónBernad-Bernad María JosefaJesús Gracia‐Mora
Y. KumashiroYotaro YAMAZAKIYasushi Hoshino
Guo Tian (1424119)Fengyuan Zhang (1424125)Junxiang Yao (1424116)Hua Fan (495346)Peilian Li (1424128)Zhongwen Li (1424113)Xiao Song (107076)Xiaoyan Zhang (50085)Minghui Qin (748855)Min Zeng (247802)Zhang Zhang (14172)Jianjun Yao (120574)Xingsen Gao (1424122)Junming Liu (1424110)
Dong ZhouFei ShiShu GongQiu Yun Fu
Jeongho Yeon (1406326)Sang-Hwan Kim (527119)Sau Doan Nguyen (1985821)Hana Lee (445860)P. Shiv Halasyamani (1261704)