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谢聪伟，博士，研究员。本科、硕士和博士毕业于西北工业大学。博士毕业后先后供职于俄罗斯斯科尔科沃科技学院（skoltech）和莫斯科物理技术学院（mipt）。2023年11月回国全职加入中国科学院新疆理化技术研究所。

主要研究领域及成就：

立足“新材料计算设计”这一研究领域，申报人重点围绕“材料结构与物性预测”和“材料大数据”方向开展研究工作：主要发展功能材料（包括低介电常数材料、中红外/深紫外非线性光学材料以及超硬材料等）计算设计方法和开发大型无机晶体材料结构和物性数据库。共发表 sci 论文40篇，其中以第一/通讯作者身份在advanced materials、advanced functional materials和angewandte chemie international edition等期刊发表论文21篇，登记软件著作权1项。

代表性文章：

1. xie c., tikhonov e., chu d., wu m., kruglov i., pan s.*, yang z.*, (2023). a prediction-driven database to enable rapid discovery of nonlinear optical materials. science china materials, 66, 4473-4479

2. wu m., tikhonov e., tudi a., kruglov i., hou x., xie c.*, pan s.*, yang z.*, (2023). target-driven design of deep-ultraviolet nonlinear optical materials via interpretable machine learning. advanced materials, 30 (23), 2300848

3. chu d., huang y., xie c.*, tikhonov e., kruglov i., li g., pan s.*, yang z.*, (2023). unbiased screening of novel infrared nonlinear optical materials with high thermal conductivity: long-neglected nitrides and popular chalcogenides. angewandte chemie international edition, 135 (16), e202300581

4. jin w., xie c.*, hou x., cheng m., tikhonov e., wu m., pan s.*, yang z.*, (2023). from monofluorophosphates a₂po₃f to difluorophosphates apo₂f₂ (a = alkali metal): design of a potential deep-ultraviolet nonlinear optical materials system with a shortened phase-matching wavelength. chemistry of materials, 35 (14), 5281-5290

5. tu, c., tudi, a., jin, w., xie, c.*, yang, z.*, (2023). cabo₂f: a novel deep-uv structural template with high nonlinear optical performance induced by electron delocalization. science china materials, 66, 1197-1204

6. xie, c.*, tudi, a., oganov, a. r.*, (2022). pno: a promising deep-uv nonlinear optical material with the largest second harmonic generation effect. chemical communications, 58 (89), 12491-12494

7. cai, w., abudurusuli, a., xie, c.*, ...pan, s.*, yang, z.*, (2022). toward the rational design of mid-infrared nonlinear optical materials with targeted properties via a multi-level data-driven approach. advanced functional materials, 32 (23), 2200231

8. wu, m., feng, j., xie, c.*, ...pan, s.*, yang, z.*, (2022). from phosphate fluoride to fluorophosphate: design of novel ultraviolet/deep-ultraviolet nonlinear optical materials for bepo₃f with optical property enhancement. acs applied materials & interfaces, 14 (34), 39081-39090

9. tudi, a., zeng, h., xie, c.*, ...pan, s.*, yang, z.*, (2022). uncovering the structural diversity and excellent performance of a deep ultraviolet nonlinear optical system li(b₂o₃)_nf (n = 1, 1.5, 2, and 3) by multicomponent prediction. chemistry of materials, 34 (7), 3133-3139

10.xue, p., feng, j., xie, c.^*, wang, l., tudi, a., tikhonov, e. v.^*, & butler, k. t., (2021). revealing crystal     structures and relative dielectric constants of fluorinated silicon oxides. journal of materials chemistry c, 9 (44), 15983-15989

研究领域：

计算机自动化晶体材料设计，包括：1）晶体材料结构与性质预测；2）晶体材料结构与性质大数据；3）晶体材料的逆向设计与搜索。