ISTA Postdoc in Van der Waals Materials: €73,500

ISTA Austria · Experimental Condensed Matter Physics · Postdoc

The Polshyn Group at the Institute of Science and Technology Austria (ISTA) is recruiting a postdoctoral researcher to study correlated electrons in van der Waals systems, with emphasis on topological states and superconductivity in graphene moiré heterostructures. ISTA currently lists the position among its open vacancies. The salary starts at €73,500 gross per year, and the start date is flexible.

OPEN €73,500+ GROSS/YEAR FLEXIBLE START 2D MATERIALS & GRAPHENE
No fixed closing date is stated on the vacancy page. Treat the position as open while it remains on ISTA’s current Open Positions page and recheck the official listing immediately before submitting your application.
Some projects associated with this post are supported by the ERC Starting Grant Orbital Chern Insulators in van der Waals Moiré Systems.

ISTA Van der Waals Materials Postdoc at a Glance

PositionPostdoc in Physics of van der Waals Materials
InstitutionInstitute of Science and Technology Austria (ISTA)
Research groupPolshyn Group — Emergent Electronic Phenomena in 2D Materials
LocationKlosterneuburg, near Vienna, Austria
Research fieldExperimental condensed matter physics, 2D materials and graphene
Starting salary€73,500 gross per year
Start dateFlexible
Application deadlineNo fixed closing date stated on the current vacancy page
Current statusOPEN — listed on ISTA’s current Open Positions page
Last verified24 September 2026

Research Focus: Correlated Electrons in van der Waals Systems

The Polshyn Group studies emergent electronic states in two-dimensional materials. The advertised postdoc focuses on experimentally probing correlated electrons in van der Waals systems, particularly topological states and superconductivity in graphene moiré heterostructures.

The vacancy identifies two main experimental directions:

  • low-temperature electronic transport measurements on moiré van der Waals devices; or
  • low-temperature scanning probe microscopy of moiré van der Waals devices.

The group combines atomically thin crystals into tunable heterostructures and uses advanced nanofabrication, ultra-low-temperature transport and scanning probe methods to investigate strongly correlated electronic phases, topology, superconductivity and magnetism.

Key Responsibilities

Experimental researchDesign and carry out experiments on strongly correlated electronic phases in moiré graphene heterostructures.
Device fabricationUse ISTA nanofabrication facilities to create van der Waals heterostructure devices.
Low-temperature measurementsPerform transport or scanning probe measurements at cryogenic temperatures, depending on the project direction.
Research ownershipDevelop experiments, interpret results and contribute to publication-quality research.

Eligibility and Required Profile

DegreePhD in Physics with a focus on experimental condensed matter physics
Core expertiseStrong expertise in either low-temperature electronic transport or low-temperature scanning probe microscopy
NanofabricationExperience with nanofabrication and micro-characterisation techniques
Preferred cryogenic experienceOperation of a dilution refrigerator and measurements at millikelvin temperatures are strongly desired
Preferred materials experiencePrior work with van der Waals / two-dimensional materials is strongly desired

Skills That Match the Position

The strongest applications will show direct experimental fit rather than broad materials-science experience alone. Relevant experience may include:

  • cryogenic electrical transport;
  • dilution refrigerators and millikelvin measurements;
  • scanning probe microscopy at low temperature;
  • graphene and other atomically thin materials;
  • moiré heterostructure fabrication;
  • cleanroom nanofabrication;
  • micro-characterisation and device processing;
  • strongly correlated electron systems, topology or superconductivity.
Applicants should distinguish between techniques they have used independently and techniques they have only encountered collaboratively. The vacancy explicitly prioritises strong experimental expertise.

Salary and Employment Conditions at ISTA

The vacancy states a starting salary of €73,500 gross per year. ISTA’s 2026 postdoctoral salary framework has three full-time salary levels.

PD1€5,250 gross × 14 payments = €73,500/year
PD2€5,499 gross × 14 payments = €76,986/year
PD3€5,748 gross × 14 payments = €80,472/year

The applicable level is determined by the group leader under ISTA’s postdoctoral salary-allocation framework. ISTA notes that postdocs are employees of the institute and are covered by Austrian social-security provisions.

Working timeFull-time employment corresponds to 40 hours per week
Vacation25 working days per year
Social insuranceHealth, work-accident and pension insurance under Austrian social-security law
Institutional benefitsTraining opportunities, cafeteria, childcare, free shuttle connection, health offers and pension-related benefits are listed by ISTA

Application Documents

The official vacancy requests:

  • cover letter;
  • curriculum vitae;
  • publication list;
  • references.

For this role, the cover letter should make the experimental match clear. Relevant cryogenic platforms, fabrication methods, scanning probe systems, graphene or moiré-device work and publication ownership should be easy to identify.

How to Apply

ISTA’s vacancy page instructs applicants to submit the requested materials directly to Prof. Hryhoriy Polshyn by email. The current vacancy does not specify a fixed closing date.

CareerAidHub Application Checklist

  • Confirm the vacancy is still listed on ISTA’s Open Positions page.
  • Tailor the cover letter to one or both advertised experimental directions.
  • Show hands-on experience with cryogenic transport or scanning probe microscopy.
  • State your actual role in device fabrication and low-temperature experiments.
  • Use the publication list to highlight work most relevant to 2D materials, quantum materials, topology or superconductivity.
  • Choose referees who can comment on your experimental independence and research judgement.
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Frequently Asked Questions

Is the ISTA Polshyn Group postdoc still open?

Yes. As of 24 September 2026, ISTA still lists the position on its current Open Positions page.

What is the salary?

The vacancy states a starting salary of €73,500 gross per year. ISTA’s 2026 postdoc framework also includes PD2 and PD3 levels where the applicable allocation criteria are met.

Is there a fixed application deadline?

No fixed closing date is stated on the current vacancy page. Applicants should apply while the position remains listed and verify availability before submission.

What experimental expertise is most relevant?

The vacancy specifically seeks strong expertise in low-temperature electronic transport or low-temperature scanning probe microscopy, together with nanofabrication and micro-characterisation experience.

Is van der Waals materials experience mandatory?

ISTA lists prior experience with van der Waals materials as strongly desired rather than as an absolute requirement.

How is the application submitted?

The official vacancy instructs applicants to email their cover letter, CV, publication list and references directly to Prof. Hryhoriy Polshyn.

Official Sources and Application Contact

Official vacancyISTA — Postdoc in Physics of van der Waals Materials (Polshyn Group)
Current status checkISTA — Open Positions
Research groupISTA — Polshyn Group: Emergent Electronic Phenomena in 2D Materials
Salary / working conditionsISTA Postdoc Office — 2026 postdoctoral employment and salary framework
Application contactProf. Hryhoriy Polshyn — hryhoriy.polshyn@ist.ac.at

CareerAidHub verified the vacancy against ISTA’s official position page, current Open Positions listing, Polshyn Group page and 2026 Postdoc Office salary information on 24 September 2026.

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