Theoretical Modelling of masing in Diamond and SiC
Imec
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Benefits offered by this job
Job summary
Imec offers a Master/Bachelor internship in Leuven to explore theoretical modelling of masing in diamond and SiC. You will simulate collective spin-cavity coupling using Lindblad master equations and develop predictive mathematical models to optimize the coupling between NV spin ensembles and high-Q microwave cavities.
The project bridges quantum optics theory and microwave engineering to study the masing threshold and its dependence on material platforms, aiming to deliver insights for
Qualifications
- Simulation of collective spin-cavity coupling using Lindblad master equations.
- Develop predictive mathematical models to optimize the coupling between NV spin ensembles and high-Q microwave cavities.
- Bridge core quantum optics theory and microwave engineering to study the physical masing threshold in diamond/SiC platforms.
Responsibilities
- Create predictive mathematical models for coupling optimization in diamond/SiC platforms.
- Analyze and simulate spin-cavity interactions using open quantum systems formalisms.
Skills
Education
Job description
Master internship, Bachelor internship - Leuven | About a week ago
1. Simulate collective spin-cavity coupling using Lindblad master equations
Continuous-wavesolid-state MASERs utilizing diamond Nitrogen-Vacancy (NV) centers has beendemonstrated towards ultra-low-noise microwave amplification at roomtemperature [1][2]. This internship focuses on creating predictive mathematicalmodels to optimize the coupling between the NV spin ensemble and high-Qmicrowave cavities. The student will bridge core quantum optics theory andmicrowave engineering to study the physical masing threshold in diamond/SiCplatforms.
Type of internship: Master internship, Bachelor internship
Duration: 6-12 months
Required educational background: Physics, Computer Science, Chemistry/Chemical Engineering
The reference code for this position is 2026-INT-354.
Imec allowance will be provided.
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