PhD Position in EU–MSCA network “PhotoCaM”: Join the exciting European MSCA Doctoral Network, PhotoCaM, and pursue a dynamic PhD research opportunity in the field of multiscale modeling of excitation energy transfer and photoprotection in higher plant photosystems. This position, under the supervision of Prof. Benedetta Mennucci and Dr. Lorenzo Cupellini at the University of Pisa, involves groundbreaking work in the areas of molecular dynamics simulations, quantum chemical calculations, machine learning methods, and more. Explore the fascinating mechanisms governing energy transfer and photoprotection in higher plant photosystems in unprecedented detail.
Summary Table:
| Application Deadline | Please refer to PhotoCaM website |
|---|---|
| Study Area | Multiscale Modeling of Excitation Energy Transfer and Photoprotection |
| Scholarship Description | Contribute to groundbreaking research in understanding energy transfer and photoprotection mechanisms in higher plant photosystems. Work on multiscale quantum modeling, molecular dynamics simulations, and more. |
| Eligibility | Applicants must have an MSc degree in physical chemistry, physics, or related fields. Proficiency in quantum mechanics, molecular modeling, programming, and related areas is highly desirable. Early career researchers within the first four years post-degree are encouraged to apply. |
| Required Documents | CV, cover letter, and transcripts as a single file. Additional documents may be requested during the application process. |
| How to Apply | Begin the application process online via the PhotoCaM website. Further application steps may be required according to the awarding university’s requirements. |
| Last Date | Please refer to PhotoCaM website |
Study Area: Multiscale Modeling of Excitation Energy Transfer and Photoprotection
Scholarship Description: This PhD opportunity, part of the European MSCA Doctoral Network PhotoCaM, focuses on advancing the understanding of excitation energy transfer and photoprotection mechanisms in higher plant photosystems. As a PhD candidate, you will employ various computational techniques, including molecular dynamics simulations, quantum chemical calculations, machine learning methods, and quantum master equations. Dive into the atomistic details of energy transfer and photoprotection in higher plant photosystems. Collaborate with international research groups for a comprehensive academic experience.
Eligibility: Applicants should possess an MSc degree in physical chemistry, physics, or related subjects. Proficiency in quantum mechanics, molecular modeling tools, programming, and relevant areas is highly desirable. Early career researchers in the first four years post-degree are encouraged to apply.
Required Documents: The initial application requires a CV, a cover letter, and transcripts combined into a single file. Further documents may be requested during the application process.
How to Apply: Initiate the application process by visiting the PhotoCaM website. Additional application steps may be necessary based on the specific requirements of the awarding university.
Last Date: Until position filled
