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The development of 3rd generation of emitters for OLED (organic light emitting diode) devices utilizing organic molecules with required quantum efficiency, narrow-band emission, as well as thermal and electric stability is crucial from the viewpoint of molecular electronics. As devices performance embracing all factors has lagged behind the desired throughput, the scientific aim of this project covers the development of nonplanar N/N-doped PAHs architectures that will be investigated and examined as active emissive layers for the construction of multi-resonance (MR) thermally activated delayed fluorescence (TADF)

OLED nanodevices. The rational molecular design, synthesis, as well as the structural and photophysical characterization of novel N/N-PAHs serving as MR TADF emitters will be carried out by the first Polish consortium of optoelectronics (Institute of Physical Chemistry PAS, Institute of Organic Chemistry PAS and the Technical University of Łódź).

The student involved in the project will carry out quantum chemical calculations on the ground and excited states of the molecules synthetized within the project.

• investigation of the ground and excited states of nonplanar N/N-doped PAHs
• simulations of spectroscopic data
• writing reports and manuscripts’ drafts

• Participation in high impact research;
• Access to modern research linfrastructure;
• Opportunity to work in an interdisciplinary team;
• Participation in international conferences;

• Status of a student in Poland (MSc or PhD studies);
• Specialization in chemistry or physics;
• Experience in quantum chemical calculations for excited states;
• Basic knowledge in spectroscopic methods;

• The candidate’s competence to carry out specific tasks in the research project;
• Accomplished projects;
• Research output up to day.