Postdoc: Quantum Cathodoluminescence & Entanglement

AMOLF; Amsterdam; Vor Ort; EUR 46.000 - 55.000; Vollzeit

Benefits dieser Stelle

Housing assistance

Visa support

Covering transport and furnishing

Zusammenfassung

AMOLF in Amsterdam invites applications for a postdoctoral position in cathodoluminescence (CL) physics and instrument development. The project collaborates with TU Delft, DELMIC, and Technolution to push CL throughput and explore quantum correlations at the nanoscale.

You will work on high-speed CL, multi-beam detection, and correlative measurements linking photons and electrons. The team offers an international setting, access to advanced detectors, and strong collaboration with national and

Qualifikationen

• PhD in physics, optics, materials science or engineering.
• Experience with optical instrumentation, fast detectors, photon-correlation or coincidence measurements is an advantage.
• Diversity and inclusion are encouraged.

Aufgaben

• Work on high-throughput cathodoluminescence (CL) with a single beam and optimize imaging speed.
• Design and test multi-beam CL collection and detection across array of beamlets.
• Combine CL with single-electron counting to access photon statistics and correlations.
• Investigate electron-photon entanglement using a quantum eraser approach to probe coherence.

Kenntnisse

Optical instrumentation

Photon-correlation

Coincidence measurements

Data acquisition and analysis

Ausbildung

PhD in physics, optics, materials science or engineering

Tools

TimePix detectors

Optical simulation software

Jobbeschreibung

AMOLF in Amsterdam invites applications for a postdoctoral position in cathodoluminescence (CL) physics and instrument development. The project collaborates with TU Delft, DELMIC, and Technolution to push CL throughput and explore quantum correlations at the nanoscale.

You will work on high-speed CL, multi-beam detection, and correlative measurements linking photons and electrons. The team offers an international setting, access to advanced detectors, and strong collaboration with national and