王兵

1995年-1998年，巢湖一中高中生。 ^[6] 

1998年，就讀於安徽省巢湖市第一中學的王兵被保送到蜚聲中外的中國科學技術大學少年班。 ^[5] 

1998年-2003年, 中國科學技術大學少年班 ，本科生。

2003年-2008年, 威斯康星大學麥迪遜分校數學系，博士生。

2008年-2011年, 普林斯頓大學數學系，講師。

2011年-2012年, 石溪大學西蒙斯幾何與物理中心，研究助理教授。

2012年-2018年，威斯康星大學麥迪遜分校數學系，助理教授，副教授。

2018年-至 今，中國科學技術大學數學科學學院，教授。 ^[1] 

王兵研究專長為幾何流，特別是凱勒裏奇流、裏奇流和平均曲率流等。主要研究方向包括微分幾何、代數幾何、偏微分方程。證明了“哈密爾頓一田”和“偏零階估計”兩個國際數學界20多年懸而未決的核心猜想。主要成果發表在Inventiones Mathematicae，Journal of Differential Geometry，Communications in Pure and Applied Math，Journal of American Mathematical Society等國際著名數學期刊。 ^[7] 

歷時11年，中國科學技術大學陳秀雄、王兵在微分幾何學領域取得重大突破，成功證明了“哈密爾頓-田”和“偏零階估計”這兩個國際數學界20多年懸而未決的核心猜想。 ^[3] 

1.Heat Kernel on Ricci Shrinkers, (in collabration with Y. Li), Calculus of Variations and Partial Differential Equations, 59(2020), article number:194.

2. Space of Ricci flows(II)---part B: weak compactness of the flows, (in collabration with X.X.Chen), Journal of Differential Geometry, 116(2020), 1-123.

3. On the regular-convexity of Ricci shrinker limit spaces, (in collaboration with S.S Huang, Y Li), Journal für die reine und angewandte Mathematik, 2020.

4. Remarks of weak-compactness along K\{a}hler Ricci flow, (in collabration with X.X.Chen), Proceedings of the 7th International Congress of Chinese Mathematicians, 2019.

5. The extension problem of the mean curvature flow(I), (in collaboration with H.Z. Li), Inventiones Mathematicae, 2019.

6. Rigidity of Vector Valued Harmonic maps of linear growth, (in collaboration with S.S. Huang), Geometriae Dedicata, 2019.

7. The Rigidity of Ricci shrinkers of dimension four, (in collabration with Y. Li), Transactions of American Mathematical Society, vol. 371(2019), no 10, 6949-6972.

8. The local entropy along Ricci flow---part A: the no-local-collapsing theorems, Cambridge Journal of Mathematics, vol. 6(2018), no, 3, 267-346.

9. K\"ahler-Ricci flow, K\"{a}hler-Einstein metric and K-stability, (in collaboration with S. Song, X.X.Chen), Geometry and Topology, vol. 22(2018), no. 6, 3145-3173.

10. Regularity scales and convergence of the Calabi flow, (in collabration with H.Z. Li, K. Zheng), The Journal of Geometric Analysis, vol. 28(2018), no 3, 2050-2101.

11. Space of Ricci flows(II)---part A: moduli of singular Calabi-Yau spaces, (in collaboration with X.X.Chen), Forum of Mathematics, Sigma, vol. 5(2017).

12. On the structure of almost Einstein manifolds, (in collaboration with G.Tian), Journal of American Mathematical Society, vol. 28(2015), no. 4, 1169-1209.

13. On the conditions to extend Ricci flow(III), (in collaboration with X.X.Chen), Int. Math. Res. Notices, Vol. 2013, no. 10, 2349-2367.

14. On the conditions to extend Ricci flow(II), Int. Math. Res. Notices, Vol. 2012, no. 14, 3192-3223.

15. Space of Ricci flows(I), (in collaboration with X.X.Chen), Communications in Pure and Applied Math, vol. 65(2012), no. 10, 1399-1457.

16. The K\{a}hler Ricci flow on Fano manifolds (I), (in collaboration with X.X.Chen), Journal of European Mathematical Society, vol. 14(2012), no.6, 2001-2038.

17. The K\{a}hler Ricci flow on Fano surfaces (I) , (in collaboration with X.X.Chen), Mathematische Zeitschrift, Vol. 270(2012), no 1-2, 577-587.

18. Remarks on K\{a}hler Ricci flow, (in collaboration with X.X.Chen), The Journal of Geometric Analysis, vol. 20(2010), no. 2.

19. K\{a}hler Ricci flow with small initial $E_1$ energy (I), (in collaboration with X.X.Chen, H.Z. Li), Geometric and Functional Analysis, vo. 18(2009), no. 5, 1525-1563.

20. On the conditions to extend Ricci flow, Int Math Res Notices(2008), Vol. 2008. ^[1] 

王兵説，數學是基礎科學，投身其中要有埋頭苦幹的精神、開放交流的心態。 ^[8]