NCN Maestro, 2024-2028, Grant No. 2023/50/A/ST3/00511
We will study the properties of solid-state quantum emitters interacting simultaneously with light and lattice vibrations (sound). Our goal is to develop methods for transducing quantum information between acoustic and optical (or microwave) degrees of freedom using quantum dots and defect centers in solids.
Latest news from the project
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Efficient acousto-optical spin control
By simultaneously applying optical and acoustic driving one can achieve electron spin control in a QD with acoustic waves.
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2026 guided acoustic waves roadmap
We have contributed to the 2026 guided acoustic waves roadmap
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New findings on coupling of QDs to acoustic modes in waveguides
We have figured out how acoustic waves couple to QDs!
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Acousto-optic double dressing of exciton transition
Our double-dressing paper has been published
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PhD scholarship available!
A scholarship available for a PhD student in Quantum Acousto-optics. The scholarship is available to current students od the Doctoral School See the official announcement for detailed requirements and procedures.
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Post-doc position available
A post-doc position is available for 2 years from 1st February 2026 in the project Quantum Acoustooptics of Hybrid Nanosystems.Deadline for applications: 24th October. See the announcement for details.