Feynman’s Legacy: A SymPy-Powered Exploration of the Putnam ChallengeThe year was 1939, and a young Richard Feynman, who would later become a renowned physicist and Nobel laureate, found himself among the…Jan 23Jan 23
Beyond Automation: Mastering Tricky Integrals with SymPyDefinite integrals often present challenges that go beyond the capabilities of automated tools. In this post, we’ll explore an intriguing…Jan 23Jan 23
From Euclid to Python: A Computational Look at Perfect NumbersPerfect numbers are integer numbers that are equal to the sum of their proper divisors. For instance, 6 has the proper divisors 1, 2 and 3…Sep 18, 20234Sep 18, 20234
Computing Hamiltonian PathsHere is a little challenge for you. You are free do try solving it yourself, or write a Python program to do it. And here it is: Suppose we…Sep 11, 20231Sep 11, 20231
The Platonic Solids in PythonAs a follow-up to my last article about convex hulls, we will use that skill to visualize the famous platonic solids. Platonic Solids are a…Sep 4, 2023Sep 4, 2023
