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Open Postdoc Position in KAIST (韩国高等科学技术院), South Korea.
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韩国高等科学技术院急聘多名博士后。要求博士期间研究方向为 (1): 2d量子光电器件/2d超晶格器件; (2): 忆阻器件和类脑形态计算器件。课题组近几年的工作分表在science (两篇)；nature physics (2篇)； nature physics评论 (一篇); nature communications (2篇)；以及其他高水平期刊上发表科技论文。申请截止日期为2021年2月15日。有意者请将简历发至 879149059@qq.com 。 title: open postdoc position in kaist (韩国高等科学技术院), south korea. one postdoc position in department of physics, korea advanced institute of science and technology (kaist), south korea. requirement of postdoc-position: one post-doctoral position is available in department of physics, kaist. we are looking for a post-doctoral researcher with the following backgrounds: 1. applicants should have a doctor degree majored in condensed matter physics, materials science, or microelectronics. 2. applicants should have the research experiences in 2d optoelectronic device, 2d superlattice device, memristive device or neuromorphic computing. 3. no requirement of korean language. english is ok. if you are interested in this position, please kindly send your cv to 879149059@qq.com about the research group our research program currently consists of the following three themes: (1) synthesis of emerging 2d materials by flux, cvt, and cvd methods; (2) developing new structure based on 2d materials for memristive device and neuromorphic applications. (3) conducting atomic microscopy by scanning tunneling microscopy for nanoscale understanding of the materials and device mechanisms. about the group leader prof. heejun yang, received his ph.d. from university of paris-sud xi, france and seoul national university (dual degree) in 2010. from 2010 to 2012, he worked as a r&d staff member at samsung electronics. then from 2012 to 2014, prof yang conducted his research on spintronics with prof albert fert’s group (2007 nobel laureate in physics). so far, prof yang have published many significant works as first and corresponding author in leading journals including science (2), nature physics (3), nature communications (1), advanced materials, advanced functional materials, nano lett, acs nano, et al. several representative papers are listed below: 1. h. yang*, s. w. kim*, m. chhowalla, y. h. lee*; structural and quantum-state phase transition in van der waals layered materials; nature physics, 13, 931-937(2017) 2. h. yang*, two-dimensional materials: graphene traps, nature physics, 12, 994-995 (2016) 3. s. cho, s. kim, j. h. kim, j. zhao, j. seok, d. h. keum, j. baik, d.-h. choe, k. j. chang, k. suenaga, s. w. kim*, y. h. lee*, h. yang*, phase patterning for ohmic homojunction contact in mote2, science, 349, 625-628 (2015) 4. d. h. keum†, s. cho†, j. h. kim, d.-h. choe, h.-j. sung, m. kan, h. kang, j.-y. hwang, s. w. kim*, h. yang*, k. j. chang*, y. h. lee*, bandgap opening in few-layered monoclinic mote2, nature physics, 11, 482-486 (2015) 5. h. yang, j. heo, s. park, h j song, d. h. seo, k.-e byun, p. kim, i. yoo, h.-j chung, and k. kim, “graphene barristor, a triode device with a gate-controlled schottky barrier”, science, 336, 1140 (2012) 6. l. sun, y. zhang, g. han, g. hwang, j. jiang, b. joo, k. watanabe, t. taniguchi, y. m. kim, w. j. yu, b. s. kong, r. zhao, h. yang*, nature communications, 10, 3161(2019). 7. k. kang, w. j. kim, d. kim, s. kim, b. ji, d. h. keum, s. cho, y. m. kim, s. lebegue, h. yang*, advanced materials, 2005742, 2020, in issue. 8. s. zheng, s. jo, k. kang, l. sun, m. zhao, k. watanabe, t. taniguchi, p. moon, n. myoung, h. yang*, advanced materials 32, 1906942 (2020). 9. d. won, d. h. kiem, h. cho, d. kim, y. kim, m. y. jeong, c. seo, j. kim, j. g. park, m. j. han, h. yang*, s. cho*, advanced material 32, 1906578 (2020). 10. s. kim†, s. song†, j. park, h. yu, s. cho, d. kim, j. baik, d.-h. choe, k. j. chang, y. h. lee, s. w. kim*, h. yang*, long-range lattice engineering of mote2 by a 2d electride, nano letters, 17, 3363-3368 (2017) |
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