Position Overview

Join our research team to investigate superfluorescence phenomena in quantum systems. This position offers the opportunity to conduct fundamental research in quantum optics and excitonic effects.

Project Description

This project focuses on studying collective quantum optical effects in nanostructures and quantum dot ensembles. The work involves both theoretical understanding and experimental demonstration of superfluorescence phenomena, which has important applications for quantum technologies.

Key Responsibilities

• Design and fabrication of quantum dot assemblies
• Time-resolved spectroscopy measurements
• Analysis of collective quantum effects
• Theoretical modeling and simulations
• Publication of results and conference presentations

Required Qualifications

• Master's degree in Physics, Chemistry, or Materials Science
• Knowledge of quantum optics and spectroscopy
• Experience with time-resolved measurements preferred
• Strong computational skills
• Fluent English, written and oral

What We Offer

• Competitive salary and comprehensive benefits
• Access to cutting-edge research facilities
• Mentorship from experienced researchers
• Opportunities for international collaboration
• Supportive and inclusive work environment

How to Apply

Please send your CV, motivation letter, academic credentials, and references through our contact page. We review applications on a rolling basis.

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