Geodesic
Complex projective towers and their cohomological rigidity up to dimension six
Informatics and Automation, Algebraic topology, convex polytopes, and related topics, Tome 286 (2014), pp. 308-330

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A complex projective tower, or simply a $\mathbb C\mathrm P$-tower, is an iterated complex projective fibration starting from a point. In this paper we classify all six-dimensional $\mathbb C\mathrm P$-towers up to diffeomorphism, and as a consequence we show that all such manifolds are cohomologically rigid, i.e., they are completely determined up to diffeomorphism by their cohomology rings. 
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     author = {Shintar\^o Kuroki and DongYoup Suh},
     title = {Complex projective towers and their cohomological rigidity up to dimension six},
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     pages = {308--330},
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     volume = {286},
     year = {2014},
     language = {en},
     url = {http://geodesic.mathdoc.fr/item/TRSPY_2014_286_a16/}
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Shintarô Kuroki; DongYoup Suh. Complex projective towers and their cohomological rigidity up to dimension six. Informatics and Automation, Algebraic topology, convex polytopes, and related topics, Tome 286 (2014), pp. 308-330. http://geodesic.mathdoc.fr/item/TRSPY_2014_286_a16/