| Alexandre | Aloulchine | Polychromatic mirrorless lasing from two-photon excited Na vapours |
| Christoph | Amtmann | A coupled dark state magnetometer developed for space missions |
| Christina | Andreeva | High-quality electromagnetically induced absorption resonances in a buffer-gas-filled vapour cell |
| Guzhi | Bao | All-optical spin locking in alkali-vapor magnetometers |
| Giuseppe | Bevilacqua | Optical pumping of atomic orientation driven by broadly-frequency-modulated radiation |
| Valerio | Bianclalana | An unshielded atomic magnetometer |
| Gianni | Buser | Simple atomic quantum memory suitable for semiconductor quantum dot single photons |
| Claudio Eligio | Calosso | Generalized electronics for vapor-cell atomic clocks |
| Witold | Chalupczak | Non-linear spin dynamics in atomic magnetometers |
| Yordanka | Dancheva | NMR low-field spectroscopy using atomic vapour as a sensor |
| Karsten | Dideriksen | Long-lived non-classical correlations for scalable quantum repeaters at room temperature |
| Oliver | Fartmann | Compact optical frequency standards based on vapor cells and atomic beams |
| Ran | Finkelstein | Broadband quantum memory for photon synchronization at room temperature |
| Sanka | Gateva | Excitation transfer from Second to First resonance line of Potassium observed in hot atomic vapor |
| Esteban | Gomez Lopez | Storing light by variable delay based on electro- magnetically induced transparency in cesium gas at room temperature |
| Michele | Gozzelino | Pulsed optically pumped Rb clock: recent results and future perspectives |
| Jaques | Haesler | MEMS atomic vapor cells at CSEM and their applications |
| William | Hamlyn | Atom-light interaction in thermal Rubidium vapours confined to a volume less than \lambda3 |
| Ifan | Hughes | Quantum optics in the hyperfine Paschen-Back regime |
| Dominic | Hunter | Chip-scale atomic magnetometer based on free-induction-decay for ultra-low magnetic field detection |
| Min | Jiang | Quantum Control in Zero-Field Nuclear Magnetic Resonance with Hot Vapor Magnetometer |
| Ricardo | Jimeniz-Martinez | Precise signal-tracking with atomic sensors |
| Dimitra | Kanta | Spin locking in unshielded, self-oscillating, atomic magnetic gradiometer |
| James | Keaveney | Improved performance of ultra-narrow atomic bandpass filters via magneto-optic rotation in an unconstrained geometry |
| Jia | Kong | Towards a high density squeezed-light magnetometer |
| Marek | Kopciuch | Mx magnetometer as a veto sensor for the GNOME experiment |
| Aleksandar | Krmpot | Non-degenerate four wave mixing based slow light in hot potassium vapor |
| Tim | Kroh | Interfacing elements in a quantum network based on an atomic frequency standard |
| Harald | Kübler | Microwave electric field sensing with Rydberg atoms |
| Chanchi | Kwong | High index and high frequency modulation spectroscopy |
| Ohr | Lahad | Recovering the lost optical depth of hot vapor |
| Athanasios | Laliotis | Selective reflection spectroscopy of atoms and molecules: Probing microscopic layers of vapour in macroscopic vapour cells |
| Oscar Gerardo | Lazo Arjona | Broadband quantum memories in hot alkali gases |
| Uriel | Levy | Recent advancements in nanoscale light-vapor interactions on a
chip |
| Roberto | Mottola | A low-noise atomic quantum memory in the Paschen-Back regime |
| Konstantinos | Mouloudakis | Spin noise in hot atomic vapors |
| Gregor | Oelsner | Sources of heading error of atomic magnetometers operated in Earth magnetic field |
| Michael | Petersen | Reducing the effect of light shift on a pulsed CPT-based clock |
| Plamen | Petrov | Multi-spatial-mode squeezed light for direct quantum imaging |
| Piotr | Put | Towards NMR with atomic magnetometers |
| Nafia | Rahaman | Control of nonlinear processes in two-photon excited Rb vapours by resonant light |
| Stephan | Ritter | Phase lock between diode lasers |
| Neven | Santic | Nonequilibrium precondensation of classical waves in two dimensions propagating through atomic vapors |
| Armen | Sargsyan | Hyperfine Paschen-Back regime of Potassium D2 line studied by selective reflection from a nanocell |
| Johannes | Schmidt | An optogalvanic flux sensor for trace gases |
| Volkmar | Schultze | Optically pumped magnetometers using the potentials of micro-system technologies |
| Adam | Selyem | Holographically controlled 3D atomic population structures |
| Marina | Sendra | Hyperpolarized 129Xe for dark matter detection |
| Eliran | Talker | Plasmonic enhanced EIT and velocity selective optical pumping measurements with atomic vapor |
| Stoyan | Tsvetkov | Density influence on the atomic spin randomization |
| Antonio | Vigilante | Machine-Learning robust control of magnetic disturbances |
| Hüseyin | Vural | Two-photon interference in an atom-quantum dot hybrid system |
| Adam | Wojciechowski | Hyperfine pumping in kilogauss magnetic fields and the saturated absorption spectroscopy of rubidium vapors in the anti-relaxation coated cell |
| Or | Katz | Helical-pumping and hyper-SERF |
