PRR Project

Summary

Currently, quantum cryptography and communications are often viewed as intriguing alternatives to existing cryptographic secure systems. However, following the 2022 Nobel Prize in Physics awarded for pioneering work in quantum information science, there is a growing anticipation that quantum communication will emerge as a crucial component of modern telecommunication technologies in the near future. Governments and companies are making substantial investments in research and development within this field. As an illustration, Samsung has introduced a smartphone equipped with a quantum random number generator from the Swiss pioneering company, ID Quantique, indicating a move towards future quantum mobile communications. Furthermore, European institutions have initiated the deployment of Quantum Secure Infrastructures (PTQCI).The Instituto de Telecomunicações in Lisbon has established a Quantum Photonics (QuLab) laboratory dedicated to quantum communication. While currently focused on this aspect, the laboratory envisions exploring various other quantum technologies in the future, being already a partner in the PTQCI initiative. At this juncture, it is crucial to enhance the capabilities of this lab through the recruitment of a permanent PhD-holding researcher with a worldwide reputation. The host institution offers excellent laboratory facilities equipped with state-of-the-art instruments, creating an ideal environment for conducting innovative research in the field. Additionally, there is a robust commitment from the host institution, recognizing the strategic importance of this area for future activities.In the context of the Telecommunication scientific area, it is crucial to overhaul the curriculum of the course and integrate emerging technologies into the primary courses offered by the DEEC. Currently, the scientific area is experiencing a reduction in the number of professors due to retirement (with 16 professors in the end of 2023, being expected the retirement of 2 additional professors along 2024). The recruitment of a new professor for the area should ensure the infusion of expertise in cutting-edge topics such as quantum communication. Additionally, the selected candidate should be a versatile researcher with a broad background, capable of teaching courses related to propagation and fundamental aspects of telecommunications. This individual would play a pivotal role in providing teaching services across the 31 Course Units spanning various courses taught by the Scientific area.The profile of the candidates is a PhD holder in the field of ECE, Physics, or a related area, demonstrating recent engagement in theoretical and experimental activities within quantum communications and quantum technologies. Successful candidates should possess a track record of recent publications in the field, experience in student supervision, and a valued background in previous teaching roles.