The French National Research Agency (ANR) funds this PhD opportunity at CNRS in Orsay. The project focuses on the self-assembly of binary nanorods into supracrystals, investigated using Monte Carlo and molecular dynamics simulations. With strong collaborations between theory and experiment, this role suits candidates with a background in statistical mechanics, computer simulations, and nanoscience.
🔍 Job Details
| Title | PhD Position: Self-assembly of Nanorods via Computer Simulation |
|---|---|
| Organization/Publisher | CNRS – National Center for Scientific Research |
| Work Location | Laboratoire de Physique des Solides, Orsay, Paris-Saclay |
| Research Field | Nanotechnology • Condensed Matter Physics • Computational Materials Science |
| Researcher Profile | First Stage Researcher (R1) |
| Contract Type | Temporary, Full-time (35 hrs/week) |
| Application Deadline | 10 September 2025 (23:59 UTC) |
| Start Date | 1 October 2025 |
| Salary | As per CNRS regulations |
| Required Qualification | Master’s degree in Physics, Chemistry, or related fields |
| Required Experience | Background in statistical mechanics, computer simulations, and programming |
| Country | France |
| Apply Button | Apply Now |
About the Lab
The Laboratoire de Physique des Solides (LPS), a joint CNRS–Paris Saclay research unit, is internationally recognized for its pioneering work in condensed matter physics and nanoscience. With over 100 researchers and collaborations across Europe, LPS bridges theory, experiment, and materials innovation.
Research Focus
The PhD project targets the self-assembly of nanorods into supracrystals, a scalable route for developing functional nanomaterials with tunable structures. By combining Monte Carlo and molecular dynamics simulations with statistical mechanics, the research aims to predict phase transitions, nucleation rates, and polymorphism in nanorod systems.
Collaboration
Theoretical work will be integrated with experimental groups at both LPS (Orsay) and MPQ (Paris), where synthesized nanorod mixtures will be analyzed. The candidate will align simulations with real-world results, directly contributing to experimental validation and nanomaterial design.
What You’ll Do
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Perform large-scale Monte Carlo & molecular dynamics simulations
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Investigate phase behavior and polymorphism in nanorod assemblies
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Apply statistical mechanics to predict structural and dynamical properties
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Collaborate closely with experimental teams for model validation
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Publish findings in leading nanoscience and physics journals
Who Should Apply
This PhD is ideal for candidates with:
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A Master’s degree in physics, chemistry, or related fields
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Strong knowledge of statistical mechanics and condensed matter physics
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Experience in computer simulations and scientific programming
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Interest in nanoscience, self-assembly, and supramolecular materials
Benefits & Environment
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Work in one of France’s leading nanotechnology & physics hubs
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Strong interdisciplinary training in both computation and experiment
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Access to high-performance computing and international collaborations
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Funded by the French National Research Agency (ANR)
Application Instructions
Interested candidates must apply online through the official CNRS portal:
Deadline: 10 September 2025 (23:59 UTC)
🔗 Reference Links
⚠️ Disclaimer
This PhD position is offered and managed by CNRS (France). We provide this listing for informational purposes only. Applicants should always verify details and submit applications through the official CNRS application portal.
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