Press coverage
Research Group Webpage Q-Photon
Now multiple optical devices' stabilizing properties can be identified with a single reprogrammable chip, VIA TT |
Now scientists can detect properties that stabilize optical devices despite energy loss, KTH (2026) |
Reading hidden topology in light, even when energy leaks away, Phys.org (2026) |
New chip offers way to make use of quantum system ‘imperfections’, KTH, Phys.org (2026) |
Scientists observe multiple mobility edges in engineered photonic lattices, unveiling mysteries of localization physics, EurekAlert! AAAS (2024) |
Topological invariants in superlattices, Chinese Laser Press (2023) |
New light emitters developed for quantum circuits, KTH (2021) |
Strain-tunable dots, Nature Photonics 13, 72 (2019) |
Strain stretches photons, Nature Nanotechnology14, 4 (2019) |
Manipulating quantum light on a chip,Physics Today (2017) |
Researchers are one step closer to making integrated quantum optical circuits a reality, KTH (2017) |
Swedish team closes on Si-based quantum optical circuits, Optics.org (2017) |
Quantum computing with single photons getting closer to reality, Phys.org (2016) |
| Advancing quantum technologies one chip at a time, University of Waterloo (2016) |
