Av. de los Naranjos, s/n
46022 Valencia, España
About Profund
Overview
The research group focuses on various types of functional materials with applications in artificial intelligence and renewable energy.
Our aim is to develop effective materials with appropriate photoactivity, memory, and stability properties to achieve the desired functionality.
Mixed Systems
The control of photoactive and electroactive devices, for mixed ionic-electronic systems
Device Function Prediction and Construction
The formulation and effective construction of the operational devices.
Dynamic Characterization
The theory analysis and the measurement using various electrical and optical techniques to characterize the dynamic behavior of the systems.
Our
team
Our team is a diverse blend of specialists in material science, electrical engineering, and computational modeling, collaborating closely to advance our understanding of functional materials. This collaboration allows us to tackle complex challenges in renewable energy and artificial intelligence. We strive to make significant contributions to the field while inspiring the next generation of scientists.
Juan Bisquert
Distinguished Researcher, PI and Group coodinator
Roberto Fenollosa
Senior researcher
So-Yeon Kim
Post-Doctoral Researcher
Jitendra Kumar
Post-Doctoral Researcher
Valencia is a vibrant city known for its blend of historical heritage and cutting-edge innovation, making it an ideal home for our research group. Based at the Instituto de Tecnología Química (ITQ), a leading research center at the forefront of catalysis, materials science, and chemical processes, we harness the dynamic energy of this city to drive impactful scientific discoveries. Our work thrives in Valencia’s rich academic and cultural environment, fostering collaboration and inspiring innovation that bridges tradition and the future.
Location Valencia
Our research group develops high-performance functional materials for renewable energy and AI applications, focusing on photoactivity, memory, and stability. We use advanced electro-optical techniques for dynamic material characterization and device optimization.