Physicist, computer scientist (f/m/x) - Quantum simulation

🏛 German Aerospace Center (DLR)

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Role Type

🧪 Scientist / Researcher

Role Focus

📈 Apply Quantum

Seniority

🌿 Experienced

Employer Type

🏛️ Government

This role requires a Physicist or Computer Scientist to extend classical material modeling to the realm of quantum mechanical methods as part of DLR's quantum initiative. The work involves performing microscopic calculations starting with atomic interaction potentials, analyzing classically successful potentials like Lennard-Jones within a quantum mechanics framework. The candidate will utilize conventional and quantum computer simulations, apply theoretical methods, and publish research findings.

Key Responsibilities

Use conventional and quantum computer-based simulations to calculate classically successful potentials like Lennard-Jones and hard spheres.

Apply theoretical methods, such as ring-polymer calculations, to determine quantum mechanical structures.

Analyze simulation results and publish findings in conference papers and scientific articles.

Supervise academic work including internships, bachelor's, and master's theses.

Required Skills

Completed Master's or Diploma university degree in natural sciences, engineering, or a relevant field.

Initial experience in at least one research area like atomistic material simulation, electron structure theory, or quantum algorithm development.

Willingness to undergo security clearance procedures.

Ability to work effectively within an international team.

Very good written and spoken English skills.

Technology Tags

Materials science

The work is focused on applying quantum mechanical methods to classical material modeling.

Quantum Simulators

The job title is "Physicist - Quantum simulation" and the role involves implementing quantum mechanical methods.

Optimisation

Experience in using quantum computing to solve materials science optimization problems is a requirement.

Hybrid algorithms

The work involves combining classical material modeling with quantum simulation methods using both conventional and quantum computers.

Simulation algos

The primary task is the use of quantum computer-based simulations for material modeling.

Quantum info theory

Expertise in quantum information theory is explicitly listed as a relevant research area for the applicant's profile.

Many-Body Systems

The simulation work involves microscopic interaction potentials of atoms like Lennard-Jones, characteristic of many-body physics.

Source Job Description

DLR's Institute of Frontier Materials in Space investigates fundamental physical processes in materials, from the microscopic scale to macroscopic properties, both in model systems for new materials and in applied materials, on Earth and in space. To this end, we combine the development of space flight hardware, experiments on research rockets, parabolic flights and in the drop tower, as well as modelling with theory and simulation on all scales in order to understand the influence of gravity on physical processes.

What To Expect

As part of the DLR quantum initiative, methods of classical material modelling are to be extended to the field of quantum mechanical methods. In particular, microscopic calculations starting with the interaction potential of atoms are to be considered. In a first step, simplified but classically successful potentials such as hard spheres or Lennard-Jones will be analysed within the framework of quantum mechanics.

Your tasks

use of conventional and quantum computer-based simulations for calculations of classically successful potentials such as Lennard-Jones, hard spheres, square-well and square-shoulder
use of theoretical methods such as ring-polymer calculations to determine quantum mechanical structures
analysing the results and publishing them in conference papers and scientific articles
supervision of internships, bachelor's and master's theses

Your profile

security clearance as well as the willingness to security clearance pursuant to
8 ff. Security Clearance Act (SÜG) is a condition for employment at DLR
completed scientific university degree (Master / Diploma Uni) in natural sciences (e.g. physics or mathematics) or engineering (e.g. in the field of materials science) or other degree programmes relevant to the position
initial experience in at least one of the following research areas: atomistic material simulation, multiscale simulation, electron structure theory, solid state theory, quantum information theory, development of quantum algorithms, use of quantum computing to solve materials science optimisation problems
ability to work in an international team of scientists, technicians, students and international co-operation partners
very good written and spoken English skills

We look forward to getting to know you!

If you have any questions about this position (Vacancy-ID 4081) please contact:

Matthias Sperl

Tel.: +49 2203 601 3434

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