11 mechanical-engineering-composite PhD positions at ICN2

PhD Student - Engineering quantum properties of 2D materials by 1D and 2D superlattices (DOC-FAM)

: https://docfam.icmab.es/ Job Title: PhD Student - Engineering quantum properties of 2D materials by 1D and 2D superlattices Description of the project/group: Since the rise of graphene, the field of 2D

PhD Student (DOC-FAM) - Engineering flexible, comformable substrates for monitoring and treatment of brain disease

: https://docfam.icmab.es/ Job Title: PhD Student - Engineering flexible, comformable substrates for monitoring and treatment of brain disease Description of the project/group: Engineering of flexible

PhD Student - Multiscale modeling of electronic, spin and thermal transport in nanostructured materials (DOC-FAM)

vibrations) can now be studied from first principles (in particular, using Density Functional Theory), dealing with the full quantum-mechanical nature of these degrees of freedom. However, this can only be

PhD Student - Theoretical and Computational Nanoscience Group

to the implementation of developed tools on the in-house LSQUANT code (www.lsquant.org) and computing architecture of TCN/ICN2 Requirements: Education: PhD in physics or electrical/ mechanical engineering Knowledge

PhD Student - Advanced Electronic Materials and Devices

Devices (AEMD) group focuses on the material sciences and technology aspects of novel electronic materials, with a strong emphasis on graphene as well as other 2D materials (MoS2). The group also works

PhD Student - Thermal Properties of Nanoscale Materials Group

. 4. Measurement of electrocaloric effects and pyroelectricity in ferro- and antiferroelectric oxide membranes. Requirements: · Education: Bachelor in Physics/Engineering. Master in Condensed Matter

PhD Student - Oxide Nanophysics Group

that, they offer exciting possibilities to explore new physics in these multifunctional materials. This project aims to explore the tuning of oxide functionalities at the nanoscale via mechanical manipulation

PhD Student - Oxide Nanoelectronics Group

possibilities to explore new physics in these multifunctional materials. This project aims to explore the tuning of oxide functionalities at the nanoscale via mechanical manipulation of the membranes, exploiting

PhD Student - Emergent Phases in Quantum Oxides (DOC-FAM)

(Indian, Iranian, Pakistani, Chinese, Costa Rician) and backgrounds (Physicists, Material scientists, Chemical engineers) making it a very multicultural and multidisciplinary group, but with high

PhD student - Nanobioelectronics and Biosensors Group

Disease (2D-BioPAD)". The candidate will spearhead the development of innovative electrochemical sensing devices leveraging graphene technology. In this role, she/he will be responsible for employing