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Organic Electronics Introduction The use of organic materials on modern electronics has a tremendous interest, particularly in low cost and flexible applications. In order to improve and expand their use in devices like field effect transistors (OFET) and to implement new technologies, not only new materials and manufacturing processing have to be developed, but also a fundamental understanding of the properties of organic interfaces. Organic interfaces formation process is rather complex and no reliable interface-design criteria are available yet. The main research interest is in developing and using different classes of organic materials in nano-electronic devices to push further our fundamental understanding of their electronic properties, to discover new physical phenomena, and to contribute to the development of new practical electronic applications. The work includes device nano-fabrication integrating new materials, developing new technological processes and physical characterization. Establishing a relationship between molecular organization and physical properties is fundamental towards nano-engineering devices. This is a multidisciplinary field, where complementary knowledge’s are necessary and combined efforts from chemists, physics, material scientist and engineers can truly make a difference and people with different background are welcome and necessary. For more information on this topic, contact Helena Alves.
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