Harvard’s Mathematics BS offers a rich spectrum from abstract algebra and topology to computational complexity and cryptography. Problem-solving seminars, Putnam coaching, and undergraduate reading courses immerse students in proof techniques and creative reasoning. Collaborations with SEAS and the Harvard Quantum Initiative open pathways to finance, data science, and doctoral research.
Research on prime-gap bounds via analytic number theory
Probabilistic method proof of graph-coloring conjecture
Algorithmic complexity analysis of quantum circuits
Homology computation of high-dimensional data sets
Interactive visualization of Riemann surfaces
Capstone on cryptographic protocols for post-quantum security
Workshop series coaching high-school math circles
Topology-based data-analysis of neural-connectome graphs
Proof-assistant formalization of classical theorems in Lean
Study of dynamical-systems chaos in epidemiological models
Math-art exhibit exploring Penrose tilings in 3D printing
Stochastic calculus model for high-frequency trading risks
Survey of mirror symmetry in Calabi–Yau manifolds
Game-theory simulation of cooperative behavior evolution
Public lecture series on the history of calculus
Open-source library for teaching group-theory visualizations
Data-driven study of equity in math-education outcomes
Delve into elegant structures and rigorous proofs with Harvard’s legendary math faculty.
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