Meet our researchers from the Bernal Neighbourhood.
The Bernal Neighbourhood represents a collective of Bernal community members with the goal of promoting inclusivity, fostering collaborations, and raising awareness about the extensive work and research taking place within the Bernal Institute. The Bernalites include the Researchers, Professors and Principal Investigators in Bernal.
"Discover the heart of Bernal below: Unveiling the stories of our pioneering Bernalites."
Laura Coffey
Meet our “Bernalite,” Laura Coffey, a PhD researcher in protein crystallization.
Laura's research area focuses on how protein crystalizes and the possibility to control parameters such as the size or number of crystals in a batch.
Laura's research area focuses on how protein crystalizes and the possibility to control parameters such as the size or number of crystals in a batch.
Pavan Rao
Meet our "Bernalite," Pavan Rao, a PhD researcher in mechanical engineering.
Pavan’s area of research is in micromechanical testing of materials, more specifically metals.
Pavan’s area of research is in micromechanical testing of materials, more specifically metals.
Nataly Rey Munoz
Meet our "Bernalite," Nataly Rey Munoz, a PhD Researcher in electrochemistry.
Nataly’s area of research is in liquid-to-liquid interfaces, which is an innovative course in electrochemistry. Nataly uses electrochemistry to synthesise films of materials called, conducting polymers.
Nataly’s area of research is in liquid-to-liquid interfaces, which is an innovative course in electrochemistry. Nataly uses electrochemistry to synthesise films of materials called, conducting polymers.
Adrian Hannon
Meet our “Bernalite,” Adrian Hannon, a PhD researcher in biosensors and the development of a biosensing platform.
Adrian designs the sensor architecture and the structures of the active site of the sensor. As well as the immobilisation layer or the bio recognition layer that's immobilised onto the surface which combined are used to capture a target
Adrian designs the sensor architecture and the structures of the active site of the sensor. As well as the immobilisation layer or the bio recognition layer that's immobilised onto the surface which combined are used to capture a target