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Oferta de Trabajo  Código: 34153  

Puesto: Estudiante de doctorado

Función: Estudio de transporte electrónico con control electroquímico a escala de molécula única sobre electrodos magnéticos y dispositivos de capa delgada.
Empresa: Imdea Nanociencia Nº de Plazas: 1
Referencia: Imdea-Nano_ElecMol Publicada el 22/10/2019 Publicada hasta el 22/1/2020
Tipo de Contrato: Sin especificar Dedicación: Jornada completa Remuneración Bruta (euros/año): 17000
Localidad: Madrid Provincia: Madrid Disponibilidad para viajar: Sin especificar
Fecha de Incorporación: Inmediata  
Enlace URL: www.nanociencia.imdea.org

Nivel Académico
Master  

Áreas tecnológicas
L- Física
L-05 Materia Condensada
P-13 Nanotecnología
T- Química

Idiomas
Idioma: Inglés Nivel Lectura: Alto Nivel Escrito: Alto Nivel Conversación: Alto

Otros

 

 Molecular spintronics under electrochemical control 

IMDEA Nanociencia is looking for a PhD Student to work on Molecular Electronics. The study of the electrical properties of individual molecular entities is at the core of future technologies such as Spintronics, 2D Materials or Bioelectronics. In this project, the student will work in a combination of techniques to move a step forward in the comprehension of these technologies. 

On the one side, a homemade Scanning Tunnelling Microscopy with the recently equipped electrochemical control and thermal monitoring has allowed gain rich knowledge on the importance of molecular bond, molecular conformation, add-atoms, and molecular bridge among others factors on the electrical characteristics. The student will explore the spin-dependent transport in single molecules, working with magnetic polarized electrodes. 

On the other side, E-Beam nanofabrication permits the creation of single crystal nanoparticles with ohmic contact with the silicon highly doped wafers. This test bed for Molecular Electronics has been used to demonstrate a Molecular Rectifier operating at GHz, the importance of cooperative effects or single nanoparticle electrochemical recognition. 

In this project, the student will benefit from both approaches to explore (bio-) molecular switches, spin transport in molecular junctions and performance of thin-film devices

Requirements: 

An ideal candidate would have a background in Chemistry, Physics or Engineering and hold a MSC degree in Nanotechnology (or equivalent). However, a strongly motivated candidate who lacks any of the above will also be given a serious consideration. Moreover, it is expected that the successful candidate will be independent, creative, curiosity-driven, motivated to explore solutions to difficult scientific problems, and have strong work ethics. Good academic credentials will be a plus. 

Contact researchers: 

Dr. M. Teresa González (91 299 87 53): teresa.gonzalez@imdea.org 

Dr. Jorge Trasobares (91 299 87 70): jorge.trasobares@imdea.org