Quantum Physicist — Simulation and Neutral Atoms

Constructor Knowledge Labs; Bremen; Hybrid; EUR 70.000 - 110.000; Vollzeit

Benefits dieser Stelle

Access to hardware

University partner

Zusammenfassung

Constructor Knowledge Labs is seeking a researcher to lead quantum simulation and atomic platform work, combining modelling, calibration and software tooling.

You will simulate many-body systems, develop models for neutral-atom and trapped-ion platforms, and engage with hardware partners to turn research into usable product capabilities.

This role blends research with a product-focused approach, offering collaboration with university partners and opportunities to publish.

Qualifikationen

• PhD in physics with hands-on experience in neutral atoms, trapped ions or quantum simulation.
• Optimal control, noise modelling or open quantum systems.
• Experience in a leading experimental or theory group.
• Track record of publication.

Aufgaben

• Model and simulate quantum many-body systems on hardware and in digital twins.
• Develop and validate models of neutral-atom and trapped-ion platforms against experimental data.
• Work on optimal control and pulse design for atomic systems.
• Publish and build collaborations with Constructor University and external groups.

Kenntnisse

Quantum simulation

Optimal control

Scientific communication

Python coding

Ausbildung

PhD in physics

Tools

Python

Jobbeschreibung

Location: Remote within Europe, with regular presence in Bremen

Direct Reports: None; supervision of students possible

Working Model: Remote / hybrid. Regular time on-site in Bremen.

Mission

Lead our work on quantum simulation and atomic platforms. The role covers modelling and simulation of quantum many-body systems, model-based calibration of atomic hardware, and optimal control, combining research with a software product that puts those methods into other people's hands.

Responsibilities

Pillar 1 Simulation and Modelling

• Model and simulate quantum many-body systems, on hardware and in digital twins.
• Develop and validate models of neutral-atom and trapped-ion platforms against experimental data.
• Work on optimal control and pulse design for atomic systems.

Success Metrics and KPIs: model accuracy against measurement, methods delivered into the product.

Pillar 2 Hardware Engagement

• Support bring-up and calibration on partner and customer platforms.
• Act as the scientific interface to hardware vendors and research groups running atomic systems.
• Turn what is learned on hardware into product capability.

Accountability: calibration methods that work on real systems, not only in simulation.

Pillar 3 Research and Teaching

• Publish, and build collaborations with Constructor University faculty and external groups.
• Contribute to grant applications, including DFG and EU programmes.
• Contribute to course and teaching-lab material if that interests you.

Success Metrics and KPIs: publications, collaborations established, grant applications supported.

Requirements

Experience

• PhD in physics, with hands-on experience in neutral atoms, trapped ions or quantum simulation.
• Optimal control, noise modelling or open quantum systems.
• Experience in a leading experimental or theory group.
• Track record of publication.

Skills & Competencies

• Able to write the code you need. You do not need to be a software engineer.
• Comfortable moving between theory, simulation and real hardware.
• Interest in seeing methods reach users rather than stopping at the paper.
• Clear scientific communication.

Education & Languages

• PhD in physics or a closely related field.
• Fluent English.

What This Role Is (and Is Not)

This role IS

• Research with a product behind it, and users at the end of it.
• A role with genuine publication and collaboration time.
• Access to hardware and to a university partner.

This role is NOT

• A purely academic postdoc.
• A pure software role.
• A role confined to one hardware platform.