Defense made by Clara Herrero Martín
On December 18, at 11:00 AM in the «Salón de Grados» in Building 7F (Department of Electronic Engineering, DIE) at the UPV, the reading and defence of the Doctoral Thesis “Non-Invasive Patient-Specific Cardiac Models for Atrial Arrhythmias Therapy” by Ms. Clara Herrero Martín are scheduled.
The Supervisor of the Doctoral Thesis is María Salud Guillem Sánchez, and the Directors are Batiste Andreu Martínez Climent and Ismael Hernández Romero, researchers of ITACA Institute and Corify Care.
The monograph “Sustainable Mobility”, led by José Vicente Oliver and Javier Urchueguía, researchers from the ICT vs. CC group, analyzes the challenges of traffic and pollution in the Valencian Community with an unprecedented level of spatial detail.
The study, lead by Carlos Fernández-Llatas and published in the journal Scientific Reports (Nature), analysed clinical data from 294,734 patients included in the SCREAM project (Stockholm Creatinine Measurements).
The ICT VS CC group researcher succeeds Chadi Abdallah, research director at the Lebanese National Council for Scientific Research and the Remote Sensing Centre.
The UPV brought together representatives from European institutions, local administrations, companies and research staff to discuss how geothermal energy can support the transition towards more efficient and climate-neutral cities.
The session, entitled «Lessons Learned from Wildfires», was moderated by José Vicente Oliver, ITACA researcher and coordinator of the Horizon Europe INFORMA project, and featured the participation of Eduardo Rojas.
Led by researchers from MIA LAB–ITACA, this new method will enable brain MRI scans to be carried out more easily, more quickly and with higher quality.
The PREDATICS project, now in its second year, will soon launch a public consultation website featuring an interactive viewer, with future updates including high-resolution pollution maps and forecasts
In the EFICACIA project, led by Dr María S. Guillem from the COR group at ITACA, has been developed a non-invasive tool capable of estimating whether a patient’s heart shows signs of fibrosis (damaged tissue) or abnormal electrical activity
