QuiX Quantum BV
Quantum computing
Internship/Master’sproject–Quantumlightsources
Neural analysis suggests this role is
optimal for Entry candidates.
“Internship/Master’s project – Quantum light sources at QuiX Quantum BV. Skills: Quantum light sources, Integrated photonic components, Quantum computing applications. Design, optimization and development of quantum photonics sources. Research on novel integrated photonic components for quantum computing applications”
Industry & Context.
analytical and problem-solving abilities
What They're Looking For.
Must Have
BSc in photonics, physics, or related, Basic understanding of quantum physics, analytical skills, fitting experimental data to models using Python, Proficiency in English
Nice to Have
Knowledge of integrated photonics, Knowledge of quantum light generation in integrated photonics or bulk materials
What You'll Do.
optimization and development of quantum photonics sources
Research on novel integrated photonic components for quantum computing applications
Analyze experimental data
fit to models and revise/improve designs
Design and simulation of photonic components using common software like Lumerical
Experimentally test integrated components for single photon generation
How You'll Work.
Team & Collaboration
team player
Communication Scope
Excellent communicator
Process & Methodology
managing multiple projects independently
Full Job Description
QuiX Quantum is pioneering advancements in photonic quantum computing, a dynamic and rapidly evolving field. Since our founding in 2019, we have achieved world records in quantum photonic processing. As we continue to expand, we're excited to offer an internship position in our team. This flexible, hybrid position offers work locations in Germany or the Netherlands. Key Responsibilities: Design, optimization and development of quantum photonics sources Research on novel integrated photonic components for quantum computing applications Analyze experimental data, fit to models and revise/improve designs Optional: Design and simulation of photonic components using common software like Lumerical, Rsoft etc. Optional: experimentally test integrated components for single photon generation Required Qualifications: BSc in photonics, physics, or related Basic understanding of quantum physics Strong analytical skills, fitting experimental data to models using Python. Proficiency in English. Preferred Qualifications: Knowledge of integrated photonics Knowledge of quantum light generation in integrated photonics or bulk materials Personal Attributes: Strong analytical and problem-solving abilities. Excellent communicator and team player. Detail-oriented with a commitment to high quality. Self-motivated, capable of managing multiple projects independently. Start: can start immediately
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