Internship: Time-Resolved Cathodoluminescence for Nanoscale MicroLEDs

CEA; Grenoble; Presencial; EUR 8900 - 16.000; Jornada completa

Descripción de la vacante

The CEA Leti PFNC platform in Grenoble invites applications for an internship to develop Time-Resolved Cathodoluminescence (TRCL) methods for III-nitride microLEDs. You will learn and apply advanced TRCL measurements, optimizing beam energy, current, and temperature while collaborating with researchers and engineers.

This six-month internship provides hands-on experience with nanoscale characterization and data processing of multidimensional TRCL datasets, and may lead to a PhD opportunity after

Formación

• Background in solid state physics is essential.
• Fluent English or strong command of English is preferred for collaboration.
• Experience with luminescence techniques is beneficial.

Responsabilidades

• Development and optimization of TRCL measurement protocols for microLED characterization including the control of electron beam energy, beam current and sample temperature.
• Investigation of carrier dynamics in microLED structures with attention to device dimensions, sidewalls, interfaces and material defects.
• Data processing and analysis of multidimensional TRCL datasets, combining spatial, spectral and temporal information, and correlation with complementary characterization techniques.

Conocimientos

Solid state physics

Luminescence techniques

Educación

Bac+4/5 - Diplôme de recherche technologique (DRT/DRI)

M2 Master of Science

Descripción del empleo

The CEA Leti PFNC platform in Grenoble invites applications for an internship to develop Time-Resolved Cathodoluminescence (TRCL) methods for III-nitride microLEDs. You will learn and apply advanced TRCL measurements, optimizing beam energy, current, and temperature while collaborating with researchers and engineers.

This six-month internship provides hands-on experience with nanoscale characterization and data processing of multidimensional TRCL datasets, and may lead to a PhD opportunity after