王亚坤，苏州大学功能纳米与软物质研究院副教授，2020年12月获苏州大学博士学位，2018-2020年在加拿大多伦多大学edward h. sargent教授课题组联合培养，随后在苏州大学和多伦多大学进行博士后研究。迄今，以第一/通讯作者（含共同）发表sci论文30余篇，包括nature (1)、nat. nanotechnol. 、nat. commun. (1)、sci. adv. (2)、light sci. appl. (1)、sci. bulletin. (1)、j. am. chem. soc. (2)、adv. mater. (2)、angew. chem. int. ed. (3)、adv. funct. mater. (6)、nano lett. (2)等。
所在课题组：
廖良生课题组
研究方向：
聚焦于量子点发光材料与电致发光器件：重点研究蓝光、红光和近红外ii区发光材料与器件：
近五年，团队围绕新型量子点体系探索、量子点电荷输运与光学耦合界面调控、以及高效电致发光器件界面设计，开展了以电致发光效率和稳定性突破为目的基础研究： 1. 发展了新型无机配体表面重筑策略，揭示了无机配体在表面态重筑中的重要性；2. 探索量子点序构化新方式，成功制备了可与高效量子点电致发光想兼容的长程有序策略；3. 发展了新型器件界面均匀化策略，并助力科技公司实现营业额提升等系列成果。
代表性论文：
y.-k. wang#, h. wan#, s. teale, l. grater, f. zhao, z. zhang, h. duan, m. imran, s. wang, s. hoogland, l.-s. liao *, long-range order enabled stability in quantum dot light-emitting diodes, nature, 2024, 629, 586.
y. dong#, y.-k. wang#, f. yuan#, a. johnston, y. liu, d. ma, m.-j. choi, b. chen, m. chekini, s.-w. baek, l.k. sagar, j. fan, y. hou, m. wu, s. lee, b. sun, s. hoogland, r. quintero-bermudez, h. ebe, p. todorovic, f. dinic, p. li, h.t. kung, m.i. saidaminov, e. kumacheva, e. spiecker, l.-s. liao, o. voznyy, z.-h. lu*, and e.h. sargent*, bipolar shell resurfacing enables blue leds based on strongly-confined perovskite quantum dots, nat. nanotechnol., 2020, 15, 668.
h. li, y.-k. wang*, and l.-s. liao*, near-infrared luminescent materials incorporating rare earth/transition metal ions: from materials to applications, adv. mater., 2024, 2403076.
y. wang, z. liu, f. zhao, w.-z. liu, w.-s. shen, d.-y. zhou*, y.-k. wang*, and l.-s. liao*, ligand‐solvent coordination enables comprehensive trap passivation for efficient quantum dot near‐infrared light‐emitting diodes, angew. chem. int. ed, 2024, e202407833.
f. zhao, h.-w. duan, s.-n. li, j.-l. pan, w.-s. shen, s.-m. li, q. zhang, y.-k. wang*, and l.-s. liao*, iodotrimethylsilane as a reactive ligand for surface etching and passivation of perovskite nanocrystals toward efficient pure-red to deep-red leds, angew. chem. int. ed, 2023, e202311089.
w.-s. shen, y. liu, l. grater, s. park, h.-w. duan, h.-y. wan, y.-j. yu, j.-l. pan, f.-c. kong, q.-s. tian, d.-y. zhou, z.-k. liu*, w.-l. ma, b.-q. sun, s. sjoerd, y.-k. wang*, and l.-s. liao*, thickness-variation-insensitive near-infrared quantum dot leds, sci. bulletin, 2023, 68, 2954.
y.-k. wang#, f. jia#, x. li#, s. teale#, p. xia#, y. liu, p.t.-s. chan, h. wan, y. hassan, m. imran, h. chen, l. grater, l.-d. sun*, g.c. walker, s. hoogland, z.-h. lu, c.-h. yan*, l.-s. liao*, and e.h. sargent*, self-assembled monolayer–based blue perovskite leds, sci. adv., 2023, 9, eadh2140.
y.-k. wang, k. singh, j.-y. li, y. dong, x.-q. wang, j.m. pina, y.-j. yu, r. sabatini, y. liu, d. ma, j. liu, z. liu, y. gao, o. voznyy, w. ma, m.-k. fung, l.-s. liao*, and e.h. sargent *,in situ inorganic ligand replenishment enables bandgap stability in mixed-halide perovskite quantum dot solids, adv. mater., 2022, 34, 2200854.
y.-k. wang#, h. wan#, j. xu#, y. zhong#, e.d. jung, s.m. park, s. teale, m. imran, y.-j. yu, p. xia, y.-h. won, k.-h. kim, z.-h. lu, l.-s. liao, s. hoogland, and e.h. sargent*, bifunctional electron-transporting agent for red colloidal quantum dot light-emitting diodes, j. am. chem. soc.,2023, 145, 6428.
y.-k. wang#, f. yuan#, y. dong#, j.-y. li, a. johnston, b. chen, m.i. saidaminov, c. zhou, x. zheng, y. hou, k. bertens, h. ebe, d. ma, z. deng, s. yuan, r. chen, l.k. sagar, j. liu, j. fan, p. li, x. li, y. gao, m.-k. fung, z.-h. lu, o.m. bakr, l.-s. liao*, and e.h. sargent*, all-inorganic quantum-dot leds based on a phase-stabilized α-cspbi3 perovskite, angew. chem. int. ed., 2021, 60, 16164.
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