CARL VON OSSIETZKY UNIVERSITAET OLDENBURG

Their core work

University of Oldenburg is a German research university with deep strengths in physics, hearing science, and marine/environmental research, combined with a growing applied focus on wind energy and climate systems. Their physics groups work on quantum phenomena — from light-matter interactions in 2D materials to nanoscale energy devices and quantum biology in migratory birds. Their hearing research cluster spans auditory diagnostics, hearing aids, cochlear implants, and sound processing. In energy, they contribute significantly to wind energy research including offshore, floating turbines, lidar measurement, and farm-level control — positioned in Germany's wind energy heartland on the North Sea coast.

What they specialise in

How they've shifted over time

In their early H2020 period (2015–2018), Oldenburg focused on fundamental physics — atomic monolayers, cavity quantum electrodynamics, Bose-Einstein condensation, phonon engineering, and nanoscale robotics. From 2019 onward, applied themes took over: wind energy (offshore, floating turbines, lidar), climate science (tipping points, coastal carbon cycling), and quantum biology (magnetoreception in migratory birds). Their most recent projects (2021) show convergence toward energy applications, with nanoscale battery fabrication (NANO-3D-LION) and continued environmental work, suggesting a deliberate pivot from pure physics toward energy and climate solutions.

Oldenburg is translating its physics and environmental expertise toward applied energy and climate research — expect future proposals in renewable energy technology, marine carbon science, and advanced battery fabrication.

How they like to work

Oldenburg operates primarily as an active partner (20 of 26 projects), but coordinates when the topic aligns with their core strengths — hearing science, marine chemistry, 2D materials, and nanoscale batteries. Their 232 unique consortium partners across 32 countries indicate a broad, non-exclusive network typical of a well-connected German university. They work across consortium sizes, from focused MSCA training networks to large infrastructure projects like AQUACOSM-plus, making them adaptable partners for different project formats.

With 232 unique partners across 32 countries, Oldenburg maintains one of the broader collaboration networks among mid-sized German universities. Their partnerships span Western and Northern Europe most densely, but extend globally through MSCA mobility programs.

What sets them apart

Oldenburg's location on the German North Sea coast gives it a natural advantage in offshore wind energy research that few universities can match — they combine wind engineering with marine ecology in the same institution. Their hearing science cluster is unusually strong for a mid-sized university, spanning from retinal processing to cochlear implants to spatial audio. For consortium builders, Oldenburg offers a rare combination: hard physics capability (quantum, nanoscale) plus environmental and energy expertise, all within a single institution that can contribute to multiple work packages.

Highlights from their portfolio

• QuantumBirds
  Largest single grant (EUR 4.3M) — investigates quantum mechanics underlying magnetic navigation in migratory birds, an extraordinary intersection of quantum physics and biology.
• NANO-3D-LION
  Coordinated ERC project (EUR 2.3M) rethinking lithium-ion battery fabrication through nanoscale 3D printing — high commercial potential in next-generation energy storage.
• IBiDT
  Coordinated EUR 1.5M project on individualized binaural hearing diagnostics, anchoring Oldenburg's position as a European hearing research hub.