My name is José Fojo (2000, Málaga, Spain). As a researcher in synthetic cells, I am fascinated by the possibility of recreating the fundamental behaviors of living systems within artificial constructs. My current work as a PhD student within the European Doctoral Network Sigsincell focuses on developing giant lipid vesicles with programmable architectures that can exhibit motility, reconfiguration, and signaling in response to external stimuli. By integrating magnetic and light-responsive nanoparticles, we aim to push the boundaries of biomimetic systems, opening doors to innovative applications in drug delivery and synthetic biology.

 

My scientific journey began with a deep-rooted passion for modeling nature through mathematics. This passion led me to pursue a degree in Physics at the University of Granada, where I explored a wide range of physical phenomena, ultimately finding inspiration in colloidal physics—a field that offers exciting opportunities to manipulate materials at a microscopic level. Granada’s tradition in colloidal science motivated me to continue with a Master’s in Nanomaterials and Material Science. There, I worked with Professors Laura Rodríguez and Modesto T. López on Pickering emulsions, focusing on their movement under magnetic fields and conducting rheological tests to understand their stability.

 

An internship at the CRPP with Dr. Laura Álvarez further expanded my research horizon, allowing me to explore the self-assembly of rod-like particles under alternating electric fields. These experiences cemented my fascination with soft matter and the design of programmable materials, setting the stage for my current research in synthetic cells.

 

Alongside my scientific pursuits, I have always been passionate about making knowledge accessible. This led me to pursue a Master’s in Physics and Chemistry Education, driven by the belief that science should inspire curiosity in people from all walks of life. Additionally, music and sports have long been integral parts of my life, providing creative outlets and helping me forge meaningful connections beyond academic circles. These experiences continually shape my perspective, enabling me to approach scientific research with creativity, collaboration, and an open mind.