address the first question, we introduce fast Gaussian wavepacket transforms and develop evolu mean momentum follow the Newton laws, up to quantum correction. This results in the field of semi-classical quantum mechanics, which provides a short-wavelength link between classical mechanics and quantum mechanics and maintains contact with the structure imposed by classical mechanics without sacrificing quantum mechanical accuracy. On the com-putational side, numerical methods based on the semi-classical approaches are also sought as efficient alternatives to capture the highly oscillatory phenomenon arising from quantum mechanics
Quantum information offers the possibility to solve certain problems dramatically faster than is pos...
Wigner’s 1932 quasi-probability Distribution Function in phase-space, his first paper in English, is...
Gaussian wavepacket methods are an attractive way to solve the time-dependent Schrödinger equation (...
We introduce a rigorous method for simulations of quantum dynamics by implementing a simple concaten...
We introduce a rigorous method for simulations of quantum dynamics by implementing a simple concaten...
Propagating a multi–dimensional wavepacket using the time–dependent Schr ̈odinger Equation is a comp...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
WavePacket is an open-source program package for numerical simulations in quantum dynamics. It can s...
We discuss the advantages of using the approximate quantum Fourier transform (AQFT) in algorithms wh...
International audienceWe consider the approximation of multi-particle quantum dynamics in the semi-c...
Wigner’s 1932 quasi-probability Distribution Function in phase-space, his first paper in English, is...
International audienceWe consider the approximation of multi-particle quantum dynamics in the semi-c...
Quantum information offers the possibility to solve certain problems dramatically faster than is pos...
Wigner’s 1932 quasi-probability Distribution Function in phase-space, his first paper in English, is...
Gaussian wavepacket methods are an attractive way to solve the time-dependent Schrödinger equation (...
We introduce a rigorous method for simulations of quantum dynamics by implementing a simple concaten...
We introduce a rigorous method for simulations of quantum dynamics by implementing a simple concaten...
Propagating a multi–dimensional wavepacket using the time–dependent Schr ̈odinger Equation is a comp...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
We present a time-dependent semiclassical method based on quantum trajectories. Quantum-mechanical e...
WavePacket is an open-source program package for numerical simulations in quantum dynamics. It can s...
We discuss the advantages of using the approximate quantum Fourier transform (AQFT) in algorithms wh...
International audienceWe consider the approximation of multi-particle quantum dynamics in the semi-c...
Wigner’s 1932 quasi-probability Distribution Function in phase-space, his first paper in English, is...
International audienceWe consider the approximation of multi-particle quantum dynamics in the semi-c...
Quantum information offers the possibility to solve certain problems dramatically faster than is pos...
Wigner’s 1932 quasi-probability Distribution Function in phase-space, his first paper in English, is...
Gaussian wavepacket methods are an attractive way to solve the time-dependent Schrödinger equation (...