Imaginary Time Evolution (ITE) is a computational technique extensively used in quantum mechanics to find the ground states of quantum […]
Computing Excited States Using Imaginary Time Evolution Read Post »
The imaginary time evolution method is a powerful computational tool for finding ground states in quantum mechanics, especially for systems
Quantum mechanics describes how quantum systems change over time. There are two main ways to model this evolution: real time
Imaginary Time Evolution vs Real Time Evolution in Quantum Mechanics Read Post »
Imaginary time evolution is a powerful computational technique widely used in quantum mechanics to find the ground state of a
Imaginary Time Evolution Method for Finding the Ground State Read Post »