ICN2 made its mark at the recent Festa de la Ciència, a vibrant celebration of science and knowledge. Researchers from the ICN2 Phononic and Photonic Nanostructures Group showcased the LEONINE project, which focuses on the application of 2D materials in sound and humidity sensors. The project aims to foster scientific cooperation between local high schools and ICN2, empowering students to contribute to climate and health-related field investigations.
In an effort to inspire young minds and promote scientific exploration, the Festa de la Ciència attracted approximately 16,000 visitors to the Rambla de Prim and the Barcelona Museum of Natural Sciences. The event, supported by the Sant Martí district and local organizations, offered an array of captivating shows, workshops, experiments, talks, and interactive activities for people of all ages.
During this engaging event, ICN2 took center stage with a presentation titled "Exotic Sensors Based on Nanomembranes". Representing the institute were Physicist Javier Fernández Cano, Erasmus Mundus Master Student, soon to join the LEONINE project, Dr Peng Xiao, a Postdoctoral Researcher from the ICN2 Phononic and Photonic Nanostructures Group, and Marianna Sledzinska, a Research Engineer within the same research group.
The highlight of ICN2's participation was the introduction of the LEONINE project, funded by the Barcelona City Council. Led by Dr. Xiao, the project explores the use of 2D materials in the development of sound and humidity sensors. These innovative devices will enable local high school students to conduct field investigations related to climate and health.
LEONINE, an acronym for "Monolayer and multilayer MoS2-based sensors to evaluate noise and humidity levels on the sleep quality of the elderly," is an exemplary initiative that involves high schools from the Catalonia region. The project facilitates an invaluable learning experience for students, exposing them to the fascinating world of sensors and nanotechnology while contributing to data collection efforts.
LEONINE's primary focus lies in the study and development of 2D materials, specifically suspended crystalline Transition Metal Dichalcogenides, for noise and humidity detection. The project aims to equip students with the necessary skills to utilize these sensors for investigating the impact of noise and humidity on the sleep quality of elderly individuals. By bridging the gap between nanoscience and young students, LEONINE aims to inspire future generations to pursue careers in technology research and development.
The ICN2's participation at Festa de la Ciència served as a testament to its dedication to scientific outreach and knowledge dissemination. By engaging with the public and fostering collaborations with local schools, the institute is actively nurturing the next generation of scientific leaders and promoting a culture of curiosity and innovation.