Physicist from the Industrial University of Santander (Colombia, 2017). Currently a PhD student in the Science and Technology of Materials program at São Paulo State University Júlio de Mesquita Filho (UNESP). Conducts research in the field of fabrication and electrochemical characterization of nanometric chemical systems and molecular junctions, with a focus on the application of electrical impedance for in-situ access to the electronic structure of nanomaterials. Additionally, works on the acquisition and evaluation of organic and inorganic systems for the development of electrochemical and electronic interfaces, as well as biosensor platforms based on quantum sensing principles. (Source: Lattes Curriculum)
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The proof of concept that the superpacitance of redox-active monolayers (with a specific capacitance of about 2,000 F/g; measured in a three-electrode setup) is associated with a quantum mechanical phenomenon that involves the correlation of conductance quantum G_0= g_s e^2/h and the quantum capacitance C_q. This relationship between G_(0 )and C_q has been demonstrated previously for red…
Chemical covalent attachment of molecules over conductive electrodes and the control of the properties of the nanoscale junction is the state-of-art for molecular electronics and molecular electrochemistry. In the present proposal we suggest to measure the time-dependent electronic features as accessed by impedance methods for fundamental studies and applications of different types of nan…
Electrolyte-gated graphene field effect transistors (electrolyte-gated GFETs) have been successfully applied for the development of graphene biosensor platforms due the unique properties of 2D-dimensional characteristics of graphene which confers unusual electronic properties and superior sensitivity when compared to standard devices. However, a conventional device setup based on electrol…
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