A journey into the world of quantum science applied to healthcare
Even the most advanced science can be explained in simple terms. For this reason, we will be taking part in the European Researchers’ Night in Bilbao on 25th September, an initiative held simultaneously in hundreds of European cities to bring research closer to society.
During this event, which is free and open to all, we will demonstrate how diamond-based technology can contribute to advances in biomedicine. Far from being conventional precious stones, these materials feature small alterations in their crystalline structure, known as nitrogen-vacancy (NV) centres. These “flaws” turn the diamond into an extremely sensitive quantum sensor capable of detecting microscopic magnetic variations.
PROMISE Quantum: when a diamond becomes a sensor
The activity forms part of PROMISE Quantum, a European initiative led by TECNALIA that promotes the development of quantum technologies based on NV centres in diamonds to produce high-precision magnetic images.
Our aim is to bring this technology into real applications through robust, accessible and user-friendly solutions. Its capabilities open up opportunities in strategic areas such as:
- Biomedicine and the study of cellular processes.
- Material science.
- Characterisation of semiconductors.
- Advanced monitoring using quantum sensors.
In the future, these technologies could help us to observe cellular activity non-invasively, providing valuable information to understand complex diseases, including cancer.
A live demonstration to see what is invisible
At the PROMISE Quantum stand, in conjunction with the UPV/EHU, you will find out how quantum technology is combined with cell biology to see what is invisible.
- We will show you how we work with some very special diamonds. These diamonds have minute changes in their structure (known as NV centres) which act as ultra-precise quantum sensors that help us to better understand cells.
- You will be able to see how a sensor with fibre-optic nitrogen-vacancy centres takes measurements in real time and how it is able to detect any changes when a magnet is moved and the magnetic field it generates.
- Furthermore, you will have the opportunity to learn about other initiatives in the fields of health and translational research relating to cancer, the promotion of female scientific talent and the development of nanomagnets for future cancer treatments through a treasure hunt.
European Researchers’ Night offers a unique opportunity to discover how the research carried out today can transform medicine, industry and our understanding of the world tomorrow.