Ken Moriwaki·Sep 13QuTiP 5— From Atomic Clocks to Quantum Control: What QuTiP Can Teach UsConnecting optical clocks, coherent control, pulse design, and realistic quantum dynamicsA response icon1
Émilia Lilith-Lolita Hoarfrost·Jun 29CODE #5: HADAMARD GATE IN QUANTUM COMPUTING (PYTHON)Welcome back to this series of articles, where we explore different coding blocks and their applications. Quantum computing is the bridge…
InData Science CollectivebyAnastasiya Khromova, Dr. rer. nat. 🇺🇦·Oct 9, 2025Creation of Multipartite Entangled GHZ and W States—With QuTiP ExamplesGHZ and W states have been used as resources for various quantum information processing tasks, such as quantum teleportation, quantum…A response icon9
Anastasiya Khromova, Dr. rer. nat. 🇺🇦·Jul 4, 2025Unitary versus Non-Unitary Isometric Time Evolution—with QuTiP ExamplesBeautifully, in the unitarity, past and future are connected, so you can freely go back and forth during the time evolution; unfortunately…A response icon4
Arun·Jan 27, 2025The Blueprint of Quantum Systems: Understanding dims in QuTiPWhen exploring quantum systems with QuTiP (Quantum Toolbox in Python), we encounter an elegant concept called dims. For beginners, this can…
