Postdoc "Quantum-computer algorithms on NISQ devices" at HU Berlin, Germany

Job type: 

Application deadline: 

Sunday, February 13, 2022

Research group: 

A postdoc position Quantum-computer algorithms on NISQ devices within the newly founded Einstein Research Unit (ERU) Perspectives of a quantum digital transformation is available immediately!

We are looking for a highly motivated postdoc that wants to develop, implement, and apply quantum-computer algorithms for treating highly excited states and/or perform quantum wavepacket dynamics in either atomic and molecular physics or in lattice gauge theories. This should be done taking into account the available quantum-computer hardware and error mitigation. The goal is the development of algorithms that solve real physics problems and are scalable so they can follow the hardware development. While the postdoc will be located at Humboldt-Universit├Ąt zu Berlin, the work will be performed in very close interaction with a research group at DESY (Zeuthen).

Requirements:

  • university and PhD degrees in physics or quantum information with specialization in at least one of the areas numerical quantum-field theory, numerical quantum wave-packet dynamics, or quantum-computer algorithms
  • the ability to work in a well-structured fashion and independently as well as to supervise students
    excellent problem-solving skills
  • good communication and team-player skills
  • very pronounced interest in interdisciplinary research, especially in the fields of high-energy physics, atomic and molecular physics, as well as quantum information
  • very good English language skills (speaking and writing)
  • profound programming experience would be an asset.

Application deadline: 13.02.2022 (or until position is filled)

Application material:

Applications (containing a cv, a short description of the research interests, three letters of reference, copies of the school and university certificates) should be send with the reference DR/166/21 as a single pdf attachment via e-mail to alejandro.saenz@physik.hu-berlin.de.