Skip to main content
 

Social and Economic History, and Historiography, of the Early Modern Europe

Social and Economic History, and Historiography, of the Early Modern Europe


The activity of the research group focuses on the study and analysis of European society in its evolution from the middle ages to the era of industrialization and even later, with special attention to the areas of the economy, politics and infrastructures, as well as the one concerning recent historiography published in Spain and its diffusion.
Main specialization
# # #

Microbial method for reproducing the human urolithin metabotypes in vitro and in vivo

Isolation from the intestine of a healthy woman a novel bacteria strain that produces urolithins and development of a novel gut bacterial consortia comprising the mentioned novel bacterium and other bacteria wherein the consortia produce the mix of urolithins of metabotypes A or B, respectively, either in vitro or in vivo, including the newly characterized urolithin G.

# # # #

Autonomous robot for agricultural grafts

Self-driving mobile robot that fully automates the entire agricultural grafting process, from the selection of the most suitable seedlings, to the stem cutting process, and its assembly and fixation, without the need for human control or assistance.

Processing Functional Ionic-Electronic Devices (PROFUND)

Processing Functional Ionic-Electronic Devices (PROFUND)


This research group is about different types of functional materials with applications in renewable energy and artificial intelligence. The aim is to prepare effective materials with adequate photoactivity, memory and stability properties, depending on the desired function. This is a multidisciplinary line that combines the models of photoactive and electroactive devices with the formulation and effective construction of the operational devices. We apply different electro-optical techniques that allow us to characterize the dynamic behavior of the systems.
Main specialization
# # #

Acousto-Optic System & Method for generating PUFs

Method to generate physical unclonable functions (PUFs) which uses acousto-optic systems. 
System that allows to reduce complexity while maintaining high integrability and reliability. Allows miniaturization.

Vision Modeling Group

Vision Modeling Group


The Vision Modeling Group (VMG) is dedicated to creating mathematical models that allow to predict experimental data in visual neuroscience and visual perception. Towards this goal, we build abstract but biologically plausible mathematical models of neural cells and circuits.
Main specialization