CALL CR N.02 NANO MO - Project THERMOPLASM "Radiative emission in plasmonic materials at high temperature" CUP B53C25006460005
Posted on: 15/04/2026
Deadline: 27/04/2026
Scientific-Disciplinary Group
02/PHYS-03 - Experimental Physics Of Matter And Applications
Description
Research theme: "Simulation and modeling of linear and nonlinear optical properties in solid-state plasmonic systems in the presence of disorder"
Compensation
48,000 Euro
Job posting website
https://www.urp.cnr.it/system/files?file=2026-04/Bando-CR-N.02-NANO-MO_signed.pdf
Number of positions
1
Maximum duration
24.0
Funding body
CNR Istituto Nanoscienze (NANO)
How to apply
Selection process
Click to expand
Applications for participation in the call must be completed and submitted exclusively electronically using the CNR Selezioni Online platform at https://selezionionline.cnr.it. The evaluation of applications will take place on the basis of the project proposals submitted by the candidates and on the possession of a curriculum suitable for carrying out the research activity covered by the call. Candidates will be notified of the score obtained in the evaluation of qualifications and of the consequent admission or not to the interview test. The date and place of the exam-interview are made available at least 5 days before the date set on the institutional website of the National Research Council at https://www.urp.cnr.it .
PhD in physics, chemistry or materials science or equivalent qualification obtained abroad or according to the conditions of art.3 of the Call. Specific requirements: possession of the following will be considered an advantage - advanced knowledge of condensed matter and simulations of solid-state (nano)structures, interfaces and metamaterials- proven experience in theoretical-computational studies using multiscale methods (in particular classical and/or quantum atomistic simulations, continuum simulations) of optical (linear and/or nonlinear) and plasmonic properties in solid-state systems, with particular reference to doped semiconductors and oxides and/or in the presence of configurational and/or structural disorder.- experience in the development and programming of scientific codes and knowledge of programming languages (e.g., Fortran, Python, etc.).
View the original posting on the MUR website: Go to MUR website