Research Associate – Singlet Fission & Spin Dynamics (Flexible)

UNSW; Sydney; Sur place; AUD 107 000 - 130 000; Plein temps

Résumé du poste

The Research Associate (Level A) at UNSW's School of Photovoltaic and Renewable Energy Engineering contributes to world‑leading solar research by developing spin-physics models and applying magnetic-field‑dependent spectroscopy to study singlet fission. This work supports A/Prof.

Murad Tayebjee’s ARC Future Fellowship. Working with physicists, chemists and engineers, you will perform both theoretical and experimental research, analyse data, draft design principles for materials and devices,

Qualifications

• Experience modelling the spin physics of triplet excitons.
• Experience with magnetic-field dependent imaging and modulated magnetic field spectroscopy techniques.
• Experience working in a multidisciplinary team of physicists, chemists and engineers.
• Proven ability to conduct high-quality academic research with limited supervision.

Responsabilités

• Develop theoretical and experimental research on singlet fission in molecular devices.
• Analyse and interpret complex data to quantify spin dynamics.
• Contribute to the development of design principles for efficient singlet fission materials and devices.
• Publish research findings in journals and present at conferences.
• Provide guidance to PhD students and contribute to broader research activities.

Connaissances

Spin physics modelling

Magnetic field spectroscopy

Interdisciplinary collaboration

Independent research

Publications & presentations

Formation

PhD in a related discipline

Description du poste

The Research Associate (Level A) at UNSW's School of Photovoltaic and Renewable Energy Engineering contributes to world‑leading solar research by developing spin-physics models and applying magnetic-field‑dependent spectroscopy to study singlet fission. This work supports A/Prof.

Murad Tayebjee’s ARC Future Fellowship. Working with physicists, chemists and engineers, you will perform both theoretical and experimental research, analyse data, draft design principles for materials and devices,