| Delsing, Peer: Interaction between surface acoustic waves and a transmon qubit |
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| Ford, Chris: Single-electron quantum dots moving in surface-acoustic-wave minima: electron “ping-pong”, quantum coherence, and conversion to photons |
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| Frisk Kockum, Anton: Gaint artificial atoms couples to a 1D waveguide |
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| Fujisawa, Toshimasa: Cavity Quantum Acoustics with a Double Quantum Dot |
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| Huebl, Hans: All acoustics manipulation and probing |
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| Krenner, Hubert: Dynamic acoustic control of single and coupled optically active nanosystems |
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| Leek, Peter: Surface acoustic wave resonators in the quantum regime |
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| Ludwig, Stefan: Electron-phonon interaction in nanoelectronic circuits: towards the control of single phonons |
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| Marquardt, Florian: Light, sound, and topology |
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| Meunier, Tristan: Long-range transfer of spin information using individual electrons |
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| Nakamura, Yasunobu: Quantum magnonics with a macroscopic ferromagnetic sphere |
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| Salis, Gian: Current-controlled spin precession of quasi-stationary electrons in a cubic spin-orbit field |
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| Sanada, Haruki: Acoustic transport and manipulation of electron spins in semiconductors |
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| Santos, Paulo: Control of excitons and exciton-polariton condensates by acoustic lattices |
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| Scarlino, Pasquale: Spin and valley physics of a single electron |
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| Schütz, Martin: Universal quantum transducers based on surface acoustic waves |
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| Shumeiko, Vitaly: Quantum acousto-optic transducer |
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| Wallraff, Andreas: Circuit Quantum Electrodynamics with Semiconductor Quantum Dots |
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| Weides, Martin: Magnon-polaritons from room temperature down to milliKelvin temperature |
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| Van der Wiel, Wilfred: High-frequency surface acoustic waves for acousto-electronic transport |
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| Yamaguchi, Hiroshi: Piezoelectric phonon manipulation in electromechanical resonators and waveguides |
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| Yuan, Mingyun: 3D Microwave Optomechanical Cavity |
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