UNIVERSITAET POTSDAM

Their core work

University of Potsdam is a broad German research university with particular depth in nanoscale analytical chemistry (DNA origami-based Raman spectroscopy), plant stress biology and epigenetics, Earth system sciences (paleoclimate, erosion, causal climate inference), and computational social science. They bridge fundamental science — from complex systems dynamics to chromatin biology — with applied measurement technologies like biosensing and process analytics for nanoparticle production. Their plant science work spans drought tolerance, photosynthesis improvement, and crop strengthening, connecting molecular biology to agricultural sustainability.

What they specialise in

How they've shifted over time

In the early H2020 period (2015–2018), Potsdam's work centered on complex systems modeling, neurolinguistics (language disorders, EEG/eye-tracking), paleoclimate reconstruction, and foundational plant genetics. From 2019 onward, a clear shift emerged toward nano-analytical chemistry — particularly DNA origami as scaffolding for Raman-based biosensors — alongside computational social science (crisis analytics, disinformation) and applied climate research using machine learning and causal inference. The plant biology thread persisted but matured from basic crop strengthening toward photosynthesis improvement and translational biotechnology.

Potsdam is converging on measurement science at the nanoscale (DNA origami + SERS) and data-driven climate research (causal inference, machine learning), making them a strong future partner for projects combining advanced sensing with computational analysis.

How they like to work

Potsdam balances leadership and partnership almost evenly — 12 projects as coordinator versus 15 as participant — indicating they are comfortable both driving research agendas and contributing specialist expertise to larger consortia. With 364 unique partners across 47 countries, they operate as a broad network hub rather than relying on a fixed set of collaborators. Their coordinator projects tend to be focused ERC/MSCA grants in their core strengths, while their participant roles span diverse applied topics, suggesting they are adaptable and easy to integrate into multi-disciplinary teams.

With 364 unique consortium partners spanning 47 countries, Potsdam has one of the broader collaboration networks for a mid-sized German university, reaching well beyond Europe into global paleoclimate and plant biology networks.

What sets them apart

Potsdam's combination of DNA origami-based analytical chemistry with deep plant stress biology expertise is unusual — few universities bridge nanoscale sensing and agricultural science at this level. Their paleoclimate group adds a third distinct pillar, with the largest single grant (COOLER, EUR 2.7M) focused on erosion-climate coupling. For consortium builders, the diversity of expertise means Potsdam can contribute meaningfully to projects spanning nanotechnology, agriculture, environment, and digital humanities without needing to stretch beyond proven capabilities.

Highlights from their portfolio

• COOLER
  Largest grant at EUR 2.7M as coordinator, studying how climate controls mountain erosion rates — flagship of their Earth sciences group running until 2026.
• SMART-DNA
  EUR 2M ERC grant pioneering DNA origami nanostructures as platforms for single-molecule Raman detection — defines their nano-biosensing identity.
• CHROMADAPT
  EUR 1.9M ERC grant on how plants use chromatin remodeling to remember and adapt to heat stress — bridges epigenetics with climate-resilient agriculture.