ADEQUADE General Assembly in Rome
ADEQUADE partners gathered at the end of the second year of the project to present their main achievements and results as well as discuss next steps towards the final year.
ADEQUADE General Assembly meeting
On the14th and 15th of December 2023, the ADEQUADE project held its General Assembly meeting at the Diehl Defence premises in Röthenbach (Germany).
TNO is opening position for a Quantum Sensing Expert at Delft office
TNO is opening position for a Quantum Sensing Expert at Delft office. They are looking for qualified candidates. The future Quantum Sensing Expert will be working in the Quantum Technology department of TNO on projects we perform directly for clients and in close collaboration with other partners like the TU Delft.
University of bari is opening jobs opening in Quantum Optics
The University of Bari is opening job positions in the Quantum Optical Technologies Group of the Physics Department. UNIBA is looking for a PhD student and a Researcher / Assistant professor to focus on the development of novel quantum imaging services
The Adequade project presented at the EDID 2023 Conference
On May 31st 2023, the Adequade project was presented by the project director Dr. Daniel Dolfi at the European Defence Days 2023 in Brussels.
Post-doc offer – Quantum sensing with optical fibre systems
Quantum sensing with optical fibre systems
We are seeking candidates for a post-doc position funded by the European Commission in the framework of a large research project that involves 34 partner organisations from 8 European countries. The position will start approximately by June-Jule 2023 and lasts 2 years. The research will focus on quantum-enhanced optical fibre sensors to realize new systems able to detect and quantify vibrations, deformations, and rotations caused by ground movements and accelerations with ultra-high performance. It also involves developing sensing architectures that enable highly accurate navigation capabilities. The purpose of this activity is to enhance the performance of fibre-optic sensors taking advantage of quantum technology, which can improve their resolution and sensitivity beyond current limits.