The advent of synthesizing controllable quantum systems has opened new avenues for exploring complex quantum phenomena that are otherwise challenging to study in traditional solid-state materials. Synthetic quantum platforms, such as ultracold atoms in optical lattices and cavities, have been pivotal in investigating a myriad of quantum phenomena and advancing quantum technologies. Notable examples include the realization of synthetic spin-orbit-coupling in ultracold atoms, which enables the exploration of topological physics using charge-neutral particles, and the observation of many-body entangled states, which are essential for quantum-enhanced sensing and computing applications.

This Research Topic aims to delve into the latest advancements regarding the engineering of novel quantum Hamiltonians and exotic quantum states using atoms and photons. Recent research has revealed new theoretical insights into the fundamental properties of exotic quantum matter and experimental breakthroughs in the precision control of light-matter interaction, enabling the generation of tailored quantum Hamiltonians and quantum entangled states. The goal of this collection seeks to foster interdisciplinary collaborations between theorists and researchers in this exciting research field to expand our capabilities in developing cutting-edge quantum technologies using atoms and photons.

We welcome original research articles, reviews, and perspectives that contribute to the following specific themes:

- Cold atoms in optical lattices
- Synthetic gauge field and topological phases
- Non-Hermitian physics
- Supersolidity in dipolar quantum gases
- Cavity QED with Rydberg atoms
- Creation and detection of quantum entangled states
- Quantum sensing using correlated atoms and photons
- Implementation of quantum simulation with atomic and photonic systems

Submissions that offer either theoretical frameworks or experimental demonstrations of these relevant themes are highly encouraged.

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Frontiers in Quantum Science and Technology

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