Projects that demonstrate the real impact of applied research
Automatic speech recognition models to make even complex speech intelligible. Using AI and machine learning, the system continuously improves and adapts to different atypical speech patterns, breaking communication barriers and promoting technological inclusion.
Innovation in the video game development platform, optimizing creative and technical processes to accelerate production and improve game quality.
Development of virtual reality technology for simulation and training with medical-therapeutic devices.
Innovation in ultrafast imaging in optics through the study of acoustic waves.
A new doctoral network established to bring more efficient, data-driven, quality-oriented techniques for biomedical optical imaging to market.
Dedicated to promoting mental health and well-being among adolescents aged 12 to 18 through an innovative mobile video game based on evidence-based psychological techniques.
Develops an innovative programme and platform to provide the skills and curricula needed to meet EU objectives in the aerospace and defence ecosystem.
Patents and technologies available for licensing
Device based on fluorescent carbon quantum dots synthesised via ultrashort laser irradiation of nanomaterials. Applicant: Universitat Jaume I (GROC-UJI).
Formation of silver nanoparticles through electron beam or femtosecond laser irradiation. Applicants: UFSCar, Universitat Jaume I, UNICAMP.
Structured illumination sequentially projected onto the retina with intensity measurements, enabling sharp retinal images through ocular opacities. Applicants: Universidad de Murcia (60%), Universitat Jaume I (40%).
Optical aberration measurement with adjustable range and sensitivity. Applicants: Universidade de Santiago de Compostela, Universitat Jaume I.
Reconfigurable optical element that simultaneously functions as a wavefront sensor and aberration compensator. Applicants: Universidade de Santiago de Compostela, Universidad de Zaragoza, Universitat Jaume I.
Reconfigurable adaptive module that sequentially functions as sensor and compensator using a liquid crystal display. Applicants: Universidad de Santiago de Compostela (51%), Universitat Jaume I (49%).
Ocular aberration compensation through light modulation with TNLCD liquid crystal displays. Applicants: Universitat Jaume I (70%), Universidad de Santiago de Compostela (30%).
