Fundamentals of Quantum Computing: Quantum Superposition and Shor's Algorithm
Tags
44 pages
Algorithm
The Mathematics of Public Key Cryptography: From RSA to Elliptic Curve Cryptography (ECC)
Blockchain and Consensus Algorithms
Hash Function Collision Resistance and SHA-3 (Keccak)
B-Tree and B+Tree: Why Database Indexes Are So Fast
Dynamic Programming (DP) and the Bellman Equation
Probabilistic Data Structures: Bloom Filter and HyperLogLog
Regular Expression Engines and Finite Automata
Vector Databases and HNSW: Fast Search for Semantically Similar Text
How QR Codes Work: Why They Can Be Read Even When Dirty
The Endless Journey of Calculating Pi: From Archimedes to Supercomputers
The Beginning of Graph Theory: The Mathematics of the Seven Bridges of Königsberg
Compressed Sensing: Why We Can Reconstruct Original Signals from Fewer Observations
Grover's Algorithm: How Fast Can Quantum Computers Search?
Spectral Graph Theory: Reading Network Properties from Eigenvalues
Random Matrix Theory: The Mathematics Appearing from Atomic Nuclei to Stock Prices and Neural Networks
Fast Fourier Transform (FFT): The Algorithm That Sped Up Audio, Image, and Communications
How Error-Correcting Codes Work: From Scratched CDs to QR Codes
Queuing Theory: Why the Other Line Always Seems Faster
Finance & Technology: The History of FX (Foreign Exchange Margin Trading) and Algorithmic Trading
