Grupo de Investigación PLATON
Universidad de Zaragoza

Nanoscience final master projects

Master in Nanostructured Materials for Nanotechnology Applications

Chemical modification of surfaces for molecular electronic applications
Student: Enrique Escorihuela
Supervisor: Santiago Martín
Academic Year: 2017/18

Nanofabrication of two dimensional chemical scaffoldings
Student: Teresa Cardona
Supervisor: Pilar Cea
Academic Year: 2017/18

Carbonaceous Platforms for the Fabrication of Green Molecular Electronic Devices
Student: Ismail Cem Yurusen
Supervisor: Pilar Cea and Santiago Martín
Academic Year: 2016/17

Study of phospholipid-cholesterol mixtures for mimic cell membranes
Student: Sandra Roche Berdejo
Supervisor: Pilar Cea and Santiago Martín
Academic Year: 2016/17

Fabrication of ultrathin polymer films for CO2 separation
Student: Julio Vidal Navarro
Supervisor: Ignacio Gascon
Academic Year: 2016/17

Preparation and characterization of nanostructures based on bent-core molecules onto graphene
Student: Pedro Jesús Navarrete Segado
Supervisor: Santiago Martín and Blanca Ros
Academic Year: 2016/17

Simulation of cell membranes to study cell adhesion processes
Student: Julio Cruz Córdoba
Supervisors: Pilar Cea and Jesús Martínez
Academic Year: 2015/16

Towards all-carbon molecular electronic devices
Student: Aitor García Serrano
Supervisor: Pilar Cea
Academic Year: 2015/16

Study of electrochemical properties of LB films of Polymers of Intrinsic Microporosity
Student: Rosa Griñón Echániz
Supervisors: Ignacio Gascón and Joaquín Coronas
Academic Year: 2015/16

Molecular electronic devices based on organometallic compounds
Student: Andrea Moneo Corcuera
Supervisor: Santiago Martín
Academic Year: 2015/16

Electrochemical synthesis of dopamine-melanin covered gold nanoparticles and electrocatalytic activity
Student: Edwin Alexander Ramírez Pérez
Supervisors: Pilar Cea and Alejandro González
Academic Year: 2015/16

Metal Organic Frameworks (MOFs) LB films fabrication, characterization and applications
Student: Miguel Ángel Andrés del Rincón
Supervisor: Ignacio Gascón
Academic Year: 2014/15

Formation and characterization of model cell membranes and their interaction with Magnetic Nanoparticles
Student: Silvia Ruíz Rincón
Supervisors: Pilar Cea and Jesús Martínez
Year: 2014/15

Chemical modification of surfaces of different nature by self-assembly technique and electrochemical processes
Student: Marta Fenero Bisquer
Supervisors: Pilar Cea and Carmen Artal
Year: 2014/15

Fabrication of Langmuir-Blodgett films of Metal-organic frameworks
Student: Javier Benito Simón
Supervisor: Ignacio Gascón
Academic Year: 2012/13

Use of organic compounds for molecular electronics
Student: Javier Cortés Cameros
Supervisors: Santiago Martín and Pilar Cea
Academic Year: 2012/13

Silver top-contact deposited onto monolayers incorporating behenic acid and an oligo(phenylene ethynylene) derivative
Student: Hugo A. Oliva
Supervisors: Santiago Martín and Pilar Cea
Academic Year: 2012/13

Use of highy conjugated organic compounds for the fabrication of metal/monolayer/metal devices
Student: Jorge Trasobares
Supervisors: Santiago Martín, Francesc Pérez-Murano and Pilar Cea
Academic Year: 2011/12

Fabrication of Hybrid Organic-Inorganic Electronic Molecular Devices
Student: Henrry M. Osorio
Supervisors: Santiago Martín and Pilar Cea
Academic Year: 2011/12

Design, construction and tuning of a scanning tunneling microscope operated in air and electrolytic media
Student: Cristina Momblona
Supervisors: Santiago Martín, Ignacio Pascual, and Pilar Cea
Academic Year: 2011/12

Langmuir and Langmuir-Blodgett film fabrication and characterisation of an ionic pyrazole liquid crystal
Student: Victor Pérez
Supervisor: Santiago Martín
Academic Year: 2009/10

Supramolecular Architecture in LB films incorporating an azobenzene derivative
Student: Santiago Marqués
Supervisor: Ignacio Gascón
Academic Year: 2009/10

Laboratorio de Microscopias Avanzadas Instituto de Ciencia de Materiales de Aragón Instituto de Nanociencia de Aragón Facultad de Ciencias Universidad de Zaragoza Departamento de Química Física Universidad de Zaragoza