Physics, Electronics and Programming
Introduction According to EPR, an acronym for Einstein-Podolsky-Rosen, a physical theory must contain elements of reality and be local. This argument was presented in a famous 1935 paper, where the authors questioned whether quantum mechanics was a complete theory, suggesting the existence of hidden variables that could deterministically explain the behavior of quantum particles. However, … Read more
Introduction The Variational Quantum Eigensolver (VQE) algorithm is a hybrid quantum-classical method developed to estimate the ground-state energy of a quantum system, described by a Hamiltonian \( H \). It leverages the variational principle and quantum computing to prepare trial wavefunctions and evaluate their energy expectation values efficiently, making it a key algorithm for near-term … Read more
Quantum computing continues to advance, offering groundbreaking opportunities to solve complex problems. If you’re a developer or researcher seeking tools to simulate quantum algorithms with ease, LogicQubit is a versatile library designed for numerical and symbolic simulations. Here, we’ll explore the features and capabilities of LogicQubit and show you how to get started with this … Read more