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14+ < title > Nick Georgakopoulos</ title >
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30+ < div class ="title "> Nick Georgakopoulos
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57+ About
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62+ < p > I am a 5th year PhD student in mathematics at the University of Chicago. My advisor is < a
63+ href ="https://math.uchicago.edu/~may/ "> J. P. May</ a > .
64+ < br >
65+ I work in the field of algebraic topology and in particular, equivariant homotopy theory. My research interests
66+ include:
67+ < li > \(RO(G)\) homology computations</ li >
68+ < li > Equivariant classifying spaces and genuine characteristic classes</ li >
69+ < li > Equivariant power operations; Steenrod and Dyer-Lashof algebras.</ li >
70+ < li > Minimal cell structures and discrete Morse theory in the equivariant setting</ li >
71+ I am also interested in developing computer software to assist with, and in many cases automate, the algebra involved in
72+ equivariant computations. You can find all that work in the links below.
73+ </ p >
74+
75+ < p > Here is my < a href ="CV.pdf "> CV</ a > .
76+ </ p >
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83+ Preprints
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85+ </ div >
86+ </ div >
87+ </ div >
88+ < p >
89+ < li > < a href ="papers/C4.pdf "> The \(RO(C_4)\) integral homology of a point</ a > </ li >
90+ < li > < a href ="papers/BC4Sigma2.pdf "> The \(RO(C_4)\) cohomology of the infinite real projective space</ a > </ li >
91+ < li > < a href ="papers/borel.pdf "> The \(C_{2^n}\) Borel dual Steenrod algebra</ a > </ li >
92+ < li > < a href ="papers/Rational.pdf "> \(C_2\) equivariant characteristic classes over the rational Burnside ring</ a >
93+ </ li >
94+ < li > < a href ="papers/Rational_Higher_Powers.pdf "> \(C_{2^n}\)-equivariant rational stable stems and characteristic classes</ a > </ li >
95+ </ p >
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101+ Code
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103+ </ div >
104+ </ div >
105+ </ div >
106+ < p >
107+ < li > < a href =" https://github.com/NickG-Math/Mackey "> https://github.com/NickG-Math/Mackey</ a > </ li >
108+ < li > < a
109+ href ="https://github.com/NickG-Math/Symmetric_Polynomials "> https://github.com/NickG-Math/Symmetric_Polynomials</ a >
110+ </ li >
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116+ </ p >
117+ Contact
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119+ </ div >
120+ </ div >
121+ </ div >
122+ < p > If you have any comments or questions about my work, I would be more than happy to discuss them with you! < br >
123+ You can reach out to me in the following two ways:
124+ < li > Email: < a href ="mailto:nickg@math.uchicago.edu "> nickg@math.uchicago.edu</ a > </ li >
125+ < li > Github: < a href =" https://github.com/NickG-Math/ "> https://github.com/NickG-Math</ a > </ li >
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139+ Picture
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144+ < img src ="mack.png " alt ="A multiplication graph " style ="width:80%;height:80%;>
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154+
155+ < address class ="footer "> © 2021 Nick Georgakopoulos</ address >
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