Ultracold atoms in state-dependent optical lattices for realizing novel classes of interacting spin systems and artificial gauge fields

Projekt → Local Addressing of Topological Interacting Systems The LATIS project builds on the latest advances in addressing individual atoms and engineering topological band structures in opt… Beitrag ansehen → Projekt → Exotic phases in Raman-coupled quantum gases The physical properties of materials are determined by the interactions of their constituents and the emerging band structure. Ul… Beitrag ansehen → Projekt → Mixed Spin Arrays of Reconfigurable Artificial atoms in Semiconductor quantum dots Most quantum simulation platforms are limited to spin S = 1/2 systems, preventing access to the rich physics of mixed-spin quantu… Beitrag ansehen → Projekt → Quantum Metamaterials with integrated atomic-like arrays for quantum information processing The key to realizing quantum systems that can implement quantum information processing is entanglement generation between many qu… Beitrag ansehen → Projekt → QUANTUM-ENHANCED BENCHTOP NMR SPECTROMETER Nuclear magnetic resonance (NMR) spectroscopy is the workhorse of modern molecular structural analysis with countless scientific… Beitrag ansehen → Projekt → Semiclassical Spin Dynamics in Condensed Phase Quantum mechanical, spin dynamic calculations for NMR purposes, rapidly becomes very complicated when the studied spin systems in… Beitrag ansehen →