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Javad Foroughi

Prof. Javad Foroughi

University of Wollongong

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Prof Foroughi is a visiting professor at the Department of Thoracic and Cardiovascular Surgery, University of Essen, Germany, a Senior Research Fellow at the University of Wollongong and a recipient of Australian Research Council DECRA Fellowship. Prof Foroughi has pioneered the field of electrofunctional materials and he is widely acknowledged as the inventor of electrochemical torsional actuators (Artificial Muscles) and sensors based on carbon nanotube yarn (published in Science 2011). Prof Foroughi is a pioneer in the field of nanotechnology whose current research focuses in part on developing new technologies for harvesting and storing energy, new types of wearable sensors, the fabrication, characterization and application of carbon nanotube, graphene yarns, new material synthesis, and fundamental structure-properties relationships for materials and application of smart materials for use in wearable technologies and biomedical applications.

Research Keywords & Expertise

Carbon Nanotubes
Sensors
Wearable Technology
conducting polymers
smart textiles

Fingerprints

32%
Carbon Nanotubes
15%
Sensors
12%
conducting polymers
7%
Wearable Technology
6%
smart textiles

Short Biography

Prof Foroughi is a visiting professor at the Department of Thoracic and Cardiovascular Surgery, University of Essen, Germany, a Senior Research Fellow at the University of Wollongong and a recipient of Australian Research Council DECRA Fellowship. Prof Foroughi has pioneered the field of electrofunctional materials and he is widely acknowledged as the inventor of electrochemical torsional actuators (Artificial Muscles) and sensors based on carbon nanotube yarn (published in Science 2011). Prof Foroughi is a pioneer in the field of nanotechnology whose current research focuses in part on developing new technologies for harvesting and storing energy, new types of wearable sensors, the fabrication, characterization and application of carbon nanotube, graphene yarns, new material synthesis, and fundamental structure-properties relationships for materials and application of smart materials for use in wearable technologies and biomedical applications.