MatLab software offers numerical simulations of quantum dynamics. It aids in predicting the evolution of quantum systems and observing their behavior under various parameters. These simulations assist researchers in designing quantum systems for practical applications, including quantum computing and communication.
If you're looking for a reliable software package that can help you easily perform numerical simulation of quantum-mechanical wavepacket dynamics for distinguishable particles, then WavePacket is the perfect solution for you. As a free and open source MatLab program package, WavePacket is packed with a range of features that make it a go-to choice for scientists and researchers alike.
With WavePacket, you'll have access to an array of tools that can be used to solve complex (one or several coupled) time-independent or time-dependent linear Schrödinger equations with ease. Additionally, this software package has the option of accounting for the interaction with external electric fields (semiclassical dipole approximation) which makes it an ideal tool for simulating modern experiments using ultrashort laser pulses on ps/fs/as timescales.
Aside from its advanced simulations capabilities, WavePacket is also a perfect solution for many simulation tasks in photo-induced physics, chemistry, and related fields. With its extended graphical capabilities, this software package allows you to visualize wavepacket dynamics in real-time, including Wigner transforms in classical phase space.
Ultimately, WavePacket is a flexible tool that can be used for a wide range of simulation tasks. Its user-friendly interface makes it an especially suitable tool for teaching quantum mechanics in physics, chemistry, and scientific computing. So if you're in need of a reliable software package for quantum-mechanical simulations, be sure to give WavePacket a try.
With WavePacket, you'll have access to an array of tools that can be used to solve complex (one or several coupled) time-independent or time-dependent linear Schrödinger equations with ease. Additionally, this software package has the option of accounting for the interaction with external electric fields (semiclassical dipole approximation) which makes it an ideal tool for simulating modern experiments using ultrashort laser pulses on ps/fs/as timescales.
Aside from its advanced simulations capabilities, WavePacket is also a perfect solution for many simulation tasks in photo-induced physics, chemistry, and related fields. With its extended graphical capabilities, this software package allows you to visualize wavepacket dynamics in real-time, including Wigner transforms in classical phase space.
Ultimately, WavePacket is a flexible tool that can be used for a wide range of simulation tasks. Its user-friendly interface makes it an especially suitable tool for teaching quantum mechanics in physics, chemistry, and scientific computing. So if you're in need of a reliable software package for quantum-mechanical simulations, be sure to give WavePacket a try.
What's New
Version 5 Tech 1 / 4.7.1: N/A