We investigate how to enhance sensibility of sensors based on surface plasmon resonance (SPR) technique. Using new structures and materials.
We research about the application of localized surface plasmon resonance technique in the sensors and biosensors.
We investigate how the photonic crystal fiber (PCF) can improve the sensibility of sensors based on the SPR and techniques.
We research and develop optical biochips based on optical fibers using the SPR and LSPR techniques.
We use the enhanced Raman Spectroscopy technique to analyze chemical and biological samples.
Currently, he is a professor of the Electrical Engineering Postgraduate Program (PPGEE - IFPB) and one of the GSBiO leaders. Email:cleumar.moreira@ifpb.edu.br Curriculum
Currently, she is a professor of the Electrical Engineering Postgraduate Program (PPGEE - IFPB) and one of the GSBiO leaders. E-mail: rossana.cruz@ifpb.edu.br Curriculum
Postgraduate student (Electrical Engineering Postgraduate Program, PPGEE - IFPB). Currently, his work consists of simulating a corona discharge detector based on a SPR sensor Curriculum
Postgraduate student (Science and Material Engineering Postgraduate Program, PPGCEM - UFPB). Currently, he works with catalyst and amplifier materials of the SPR effect for application in optical fiber-based biosensors Curriculum
Postgraduate student (Electrical Engineering Postgraduate Program, PPGEE - IFPB). Currently, she investigates the usage of Enhanced Raman Spectroscopy for sensing applications Curriculum
Postgraduate student (Electrical Engineering Postgraduate Program, PPGEE - IFPB). Currently, she works with fiber optical-based SPR (bio)sensors Curriculum
Undergraduate student (Superior Course of Technology in Telecommunication Systems - IFPB). Currently, his scientific research is related to graphene synthesis for application in SPR sensors. Curriculum
1° Maio Avenue, Jaguaribe, João Pessoa - PB, Brazil.
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