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@ -41,15 +41,20 @@
Email & sayantan.santra689@gmail.com \\ Email & sayantan.santra689@gmail.com \\
& sayantan.santra@ou.edu \\ & sayantan.santra@ou.edu \\
Address & Norman, Oklahoma, US, ZIP - 73071 \\ Address & Norman, Oklahoma, US, ZIP - 73071 \\
Languages & Bangla (native), English (fluent), Hindi (fluent) and Sanskrit (intermediate) Languages & Bangla (native), English (fluent), Hindi (fluent) and Sanskrit (intermediate) \\
\end{tabular} \end{tabular}
\section{Research Interests} \section{Research Interests}
I'm interested in Algebraic Number Theory, specifically L-functions of modular forms and elliptic curves. I'm interested in Algebraic Number Theory, specifically L-functions of modular forms and elliptic curves.
\section{Work Experience} \section{Work Experience}
\subsection{The University of Oklahoma, Norman, OK, US (ongoing since 2021)}
I currently work here as a Graduate Teaching Assistant. I've served as a discussion leader or grader in many semesters. Below are the
classes that I taught as an Instructor of Record: \\
\vspace*{1pt} \\
\begin{tabular}{L!{\VRule}R} \begin{tabular}{L!{\VRule}R}
2021- & Graduate Teaching Assistant at The University of Oklahoma, Norman, OK, US Fall 2023 & Precalculus and Trigonometry (Math-1523) \\
Summer 2022 & Precalculus and Trigonometry (Math-1523) \\
\end{tabular} \end{tabular}
\section{Education} \section{Education}
@ -58,66 +63,61 @@ I'm interested in Algebraic Number Theory, specifically L-functions of modular f
2019-2021 & M. Math. Mathematics (First Division with Distinction) from Indian Statistical Institute, Bengaluru, Karnataka, India \\ 2019-2021 & M. Math. Mathematics (First Division with Distinction) from Indian Statistical Institute, Bengaluru, Karnataka, India \\
2016-2019 & B.Sc. (Hons.) Mathematics (First Class) from Ramakrishna Mission Residential College, Narendrapur, Kolkata, WB, India \\ 2016-2019 & B.Sc. (Hons.) Mathematics (First Class) from Ramakrishna Mission Residential College, Narendrapur, Kolkata, WB, India \\
2016 & Grade O in Higher Secondary examination \\ 2016 & Grade O in Higher Secondary examination \\
2014 & Grade AA in Secondary Examination 2014 & Grade AA in Secondary Examination \\
\end{tabular} \end{tabular}
\section{Achievements} \section{Achievements}
\begin{longtable}{L!{\VRule}R} \begin{longtable}{L!{\VRule}R}
2021 & I was among the 9 students selected for PhD at the prestigious TIFR (Tata Institute for Fundamental Research), Mumbai. \\ Spring 2021 & I was among the 9 students selected for PhD at the prestigious TIFR (Tata Institute for Fundamental Research), Mumbai. \\
2019 & I got into the top quartile in Simon Marais Mathematics Competition and received a special mention. \\ Fall 2019 & I got into the top quartile in Simon Marais Mathematics Competition and received a special mention. \\
2019 & I secured a nationwide rank 10 in CSIR-UGC NET, December 2019. \\ Fall 2019 & I secured a nationwide rank 10 in CSIR-UGC NET, December 2019. \\
2019 & I secured nationwide rank 2 in the M. Math. entrance test of ISI (Indian Statistical Institute). \\ Spring 2019 & I secured nationwide rank 2 in the M. Math. entrance test of ISI (Indian Statistical Institute). \\
2019 & I was among the 15 students selected for interview at the prestigious CMI (Chennai Mathematical Institute) for M.Sc. in Spring 2019 & I was among the 15 students selected for interview at the prestigious CMI (Chennai Mathematical Institute) for M.Sc. in
Mathematics. \\ Mathematics. \\
2019 & I secured nationwide rank 87 in JAM 2019 and was among the 5 students selected for admission in the prestigious IISc (Indian Spring 2019 & I secured nationwide rank 87 in JAM 2019 and was among the 5 students selected for admission in the prestigious IISc (Indian
Institute of Science) for integrated PhD in Mathematics. \\ Institute of Science) for integrated PhD in Mathematics. \\
2016 & I received the prestigious INSPIRE SHE scholarship (for the period 2016-2019). 2016 & I received the prestigious INSPIRE SHE scholarship (for the period 2016-2019). \\
\end{longtable} \end{longtable}
\section{Programming} \section{Programming}
I have experience with the languages SageMath, Lean 4, Rust, C++, C, Python, OCaml, JavaScript, HTML, \LaTeX, and some SQL. I'm also I have experience with the languages SageMath, Lean 4, Rust, C++, C, Python, OCaml, JavaScript, HTML, \LaTeX, and some SQL. I'm also
familiar with Linux, Docker, and shell programming familiar with Linux, Docker, and shell programming
\section{Projects, Readings and Internships} \section{Projects and Internships}
\begin{tabular}{L!{\VRule}R} \begin{tabular}{L!{\VRule}R}
2023 & Formalization of Mathematics Summer School from 5-16 June in SLMath (formerly MSRI), Berkeley, CA \\ Summer 2023 & Formalization of Mathematics Summer School from 5-16 June in SLMath (formerly MSRI), Berkeley, CA \\
& [We learned about the Lean 4 proof assistant and I, as part of a team, did a project to prove a bunch of theorems related to & [We learned about the Lean 4 proof assistant and I, as part of a team, did a project to prove a bunch of theorems related to
Krull dimension to be put into Mathlib.] \\ Krull dimension to be put into Mathlib.] \\
2023 & Reading course on Modular Forms and Hecke Operators (following the lecture notes by Ribet-Stein) under the guidance of Dr. Fall 2022 & PAWS (Preliminary Arizona Winter School): Heights in Diophantine Geometry under the guidance of Dr. Padmavathi Srinivasan of
Kimball Martin of the University of Oklahoma during January-May \\ ICERM \\
2022 & Reading course on Analytical Number Theory under the guidance of Dr. Ameya Pitale of the University of Oklahoma during Summer 2022 & Research project on statistical trends of coefficients of L-functions of elliptic curves under the guidance of Dr. Kimball Martin
August-December \\ of the University of Oklahoma \\
2022 & PAWS (Preliminary Arizona Winter School): Heights in Diophantine Geometry under the guidance of Dr. Padmavathi Srinivasan of Spring 2021 & Project titled \say{Primes of the form $p=x^2+ny^2$} under the guidance of Dr. Ramesh Sreekantan of ISI Bengaluru \\
ICERM during Oct.-Nov. \\ Fall 2020 & Category Theory course under Dr. Amit Kuber of IIT Kanpur \\
2022 & Research project on statistical trends of coefficients of L-functions of elliptic curves under the guidance of Dr. Kimball Martin Summer 2017 & NPTEL course in Graph Theory (2017) : Got 93\% in the certification exam \\
of the University of Oklahoma during May-August \\ 2015 & INSPIRE Internship during class XI \\
2022 & Reading course on Modular Forms under the guidance of Dr. Kimball Martin of the University of Oklahoma during January-May \\
2021 & Project titled \say{Primes of the form $p=x^2+ny^2$} under the guidance of Dr. Ramesh Sreekantan of ISI Bengaluru during January-May \\
2020 & Category Theory course under Dr. Amit Kuber of IIT Kanpur in September \\
2017 & NPTEL course in Graph Theory (2017) : Got 93\% in the certification exam \\
2015 & INSPIRE Internship during class XI
\end{tabular} \end{tabular}
\section{Presentations/Talks} \section{Presentations/Talks}
\begin{tabular}{L!{\VRule}R} \begin{tabular}{L!{\VRule}R}
2024 & \say {A (very) Brief Introduction to Lean 4} in Student Algebra Seminar at the University of Oklahoma on 7th February \\ Spring 2024 & \say {A (very) Brief Introduction to Lean 4} in Student Algebra Seminar at the University of Oklahoma \\
2023 & \say{On Congruences of Coefficients of Modular Forms} in the ARTS (Algebra and Representation Theory Seminar) at the University Fall 2023 & \say{On Congruences of Coefficients of Modular Forms} in the ARTS (Algebra and Representation Theory Seminar) at the University
of Oklahoma on 29th September \\ of Oklahoma \\
2023 & \say{On Congruences of Coefficients of Modular Forms} in Student Presentation Seminar at the University of Oklahoma on 21st September \\ Fall 2023 & \say{On Congruences of Coefficients of Modular Forms} in Student Presentation Seminar at the University of Oklahoma \\
2023 & \say{Elliptic Curves and Integer Factorization} in Student Presentation Seminar at the University of Oklahoma on 13th April \\ Spring 2023 & \say{Elliptic Curves and Integer Factorization} in Student Presentation Seminar at the University of Oklahoma \\
2022 & \say{Motivations and Consequences of the Prime Number Theorem} in SPS (Student Presentation Seminar) at the University of Fall 2022 & \say{Motivations and Consequences of the Prime Number Theorem} in SPS (Student Presentation Seminar) at the University of
Oklahoma on 15th November \\ Oklahoma \\
2021 & \say{Primes of the Form $p=x^2+ny^2$} in Student Algebra Seminar at the University of Oklahoma in November \\ Fall 2021 & \say{Primes of the Form $p=x^2+ny^2$} in Student Algebra Seminar at the University of Oklahoma \\
2021 & \say{Primes of the Form $p=x^2+ny^2$} for final semester project presentation at the Indian Statistical Institute in May \\ Spring 2021 & \say{Primes of the Form $p=x^2+ny^2$} for final semester project presentation at the Indian Statistical Institute \\
2019 & \say{Planar Graphs and n-Holed Tori} at RKMRC Narendrapur in February Spring 2019 & \say{Planar Graphs and n-Holed Tori} at RKMRC Narendrapur \\
\end{tabular} \end{tabular}
\section{Conferences Attended} \section{Conferences Attended}
\begin{tabular}{L!{\VRule}R} \begin{tabular}{L!{\VRule}R}
2024 & Hybrid Conference on AI-Math on February 27-29 organized by UERJ, RJ, Brazil \\ Spring 2024 & Hybrid Conference on AI-Math organized by UERJ, RJ, Brazil \\
2023 & TORA (Texas-Oklahoma Representations and Automorphic forms) XII on October 14-15 at University of Oklahoma, Norman, OK, US \\ Fall 2023 & TORA (Texas-Oklahoma Representations and Automorphic forms) XII at University of Oklahoma, Norman, OK, US \\
2023 & SLAM (Southwest Local Algebra Meeting) 2023 on March 4-5 at University of North Texas, Denton, TX, US \\ Spring 2023 & SLAM (Southwest Local Algebra Meeting) 2023 at University of North Texas, Denton, TX, US \\
2022 & TORA (Texas-Oklahoma Representations and Automorphic forms) XI on April 1-3 at Oklahoma State University, Stillwater, OK, US \\ Fall 2022 & TORA (Texas-Oklahoma Representations and Automorphic forms) XI at Oklahoma State University, Stillwater, OK, US \\
2016,17,18 & Analytica at St. Xavier's College, Kolkata, India 2016,17,18 & Analytica at St. Xavier's College, Kolkata, India \\
\end{tabular} \end{tabular}
\section{Standardised Tests} \section{Standardised Tests}
@ -130,10 +130,10 @@ familiar with Linux, Docker, and shell programming
\section{Extracurricular Activities} \section{Extracurricular Activities}
\subsection{Organization and Leadership} \subsection{Organization and Leadership}
\begin{tabular}{L!{\VRule}R} \begin{tabular}{L!{\VRule}R}
2024 & Organized the Student Algebra Seminar in Spring \\ Spring 2024 & Organized the Student Algebra Seminar \\
2020 & Organized Mathletics (an online math event during the pandemic) with some like minded friends \\ Fall 2020 & Organized Mathletics (an online math event during the pandemic) with some like minded friends \\
2018 & Organized Infinity (a two day inter-college math competition organized by the Department of Mathematics and the Department of Spring 2018 & Organized Infinity (a two day inter-college math competition organized by the Department of Mathematics and the Department of
Statistics) in Spring as a representative of the Department of Mathematics Statistics) in Spring as a representative of the Department of Mathematics \\
\end{tabular} \end{tabular}
\subsection{Hobbies} \subsection{Hobbies}
\begin{enumerate}[label=(\alph*)] \begin{enumerate}[label=(\alph*)]