PhD in Electrical Double Layer: Join our team at the Institute of Energy Technologies and contribute to cutting-edge research on the Theory and Modelling of Electrical Double Layer at Supported Nanoparticles. This PhD position offers a unique opportunity to delve into the mesoscopic world of overlapping electrical double layers in supported nanoparticle catalysts.
PhD Scholarship Opportunity in Theory and Modelling of Electrical Double Layer at Supported Nanoparticles
Designation: PhD Researcher
Research Area: Theory and Modelling of Electrical Double Layer at Supported Nanoparticles
Location: Institute of Energy Technologies– Theory and Computation of Energy Materials (IET-3), Jülich, Germany
Eligibility/Qualification:
- M.Sc. degree in physics, chemistry, materials science, or related field
- Proficiency in physical and chemical theory, along with molecular simulation methods
- Experience in computer programming
- Basic knowledge of electrochemistry and electrochemical energy technologies
- Excellent collaboration and communication skills
- Proficiency in spoken and written English; knowledge of German is a bonus
Job Description:
- Apply density-potential functional theory to study interfaces in the Ag-supported Au nanoparticle system
- Analyze electron density redistribution upon contact between Au NP and Ag support
- Calculate work function of Ag supported Au NP systems with varying sizes and coverage
- Investigate overlapping electrical double layers after exposure to aqueous solutions
- Calculate double layer capacitance profiles and analyze ion concentration distributions
How to Apply:
Interested candidates are invited to apply via the official application form on the Institute’s website. Ensure to submit all required documents and information as outlined in the application guidelines.
Last Date for Apply: Until Position is Filled
This exciting PhD position offers a challenging yet rewarding opportunity to contribute to groundbreaking research in the field of electrical double layers at supported nanoparticles. Join us at the forefront of energy technologies and help shape the future of sustainable energy conversion. Apply now and be part of a dynamic, diverse, and inclusive research community at Jülich, Germany.
