INSTITUTUL NATIONAL DE CERCETARE DEZVOLTARE PENTRU FIZICA MATERIALELOR

Their core work

INCDFM is Romania's national research institute for materials physics, based in Magurele near Bucharest. Their core scientific work centers on advanced materials — particularly ferroelectric thin films based on hafnium and zirconium oxides for next-generation non-volatile memory and logic devices. They also contribute to European fusion energy research through the EUROfusion programme. Alongside their materials research, they actively participate in science communication and public engagement initiatives aimed at bringing research closer to Romanian communities.

What they specialise in

How they've shifted over time

In the early H2020 period (2014-2018), INCDFM's involvement centered on fundamental materials physics — contributing to the large-scale EUROfusion programme and launching their ferroelectric memory materials research through 3eFERRO. From 2018 onward, a notable shift occurred: three consecutive science communication projects (HSciRO, DoReMi-RO, ReCoN-nect) show the institute investing significantly in public engagement, citizen science, and research communication to communities. This dual track — deep materials research plus growing outreach capacity — is distinctive.

INCDFM is building a parallel identity as a science engagement hub in Romania, which could make them a valuable dissemination partner for consortia needing strong public outreach in Eastern Europe.

How they like to work

INCDFM operates exclusively as a participant or third party — they have not coordinated any H2020 projects. Their 219 unique partners across 28 countries are largely driven by the massive EUROfusion consortium rather than independently built networks. In practice, they function as a specialist contributor bringing materials physics expertise to larger teams, and as a national anchor for science communication activities in Romania.

Formally connected to 219 partners across 28 countries, though this is heavily inflated by the EUROfusion mega-consortium. Their independent collaboration footprint is much smaller, concentrated in European research networks and Romanian science outreach circles.

What sets them apart

INCDFM offers a rare combination: deep materials physics expertise (particularly in ferroelectric thin films for memory applications) paired with proven experience in science communication and citizen engagement in Romania. For consortium builders, this means one partner that can deliver both technical research contributions and dissemination/outreach tasks — especially valuable for projects requiring Eastern European public engagement. Their location in Magurele, Romania's physics research hub, gives them access to shared infrastructure and a concentration of physics talent.

Highlights from their portfolio

• 3eFERRO
  By far their largest H2020 investment (EUR 310K), working on ferroelectric hafnium oxide for energy-efficient embedded memory — a commercially relevant technology with semiconductor industry applications.
• EUROfusion
  Participation in Europe's flagship fusion research programme places them within the continent's most ambitious energy research initiative, even as a third party.
• DoReMi-RO
  A citizen science initiative ('Doing Research Midnight in Romania') demonstrating the institute's commitment to making research accessible through hands-on public experiments.