News

02.03.2026

Depending on the outcome of the evaluation as well as the available national/regional budgets the M-ERA.NET funding organisations selected 28 Full-Proposals for funding, corresponding to a total project volume of around 35 Mio EUR.

05.02.2026

M-ERA.NET will launch the Call 2026 in early March, adressing materials research and innovation to support the European Green Deal and Sustainable Development Goals. Attention will paid to clean energy technologies, circular economy as well as the integration of digital technologies.

03.02.2026

On the 12th of February 2026, InnoMatSyn organizes its 1st InnoMatSyn Event. As a key stakeholder of the advanced materials (AdMa) community we are delighted to invite to join us there!

02.02.2026

The AM2pC project successfully demonstrated a new class of additively manufactured (AM) two-phase cooling systems capable of handling extreme heat loads relevant for next-generation AI and high-performance computing (HPC) infrastructure.

02.02.2026

The new assessment report for the M‑ERA.NET Call 2020 confirms strong scientific impact, technological innovation, and substantial transnational added value across 42 funded projects.

29.01.2026

The M-ERA.NET funding organisations are meeting in Bratislava, Slovakia to discuss the full-proposals submitted to the Call 2025.

26.01.2026

The aim of the Cool BatMan project was to establish a fundamental understanding of the dynamic thermal behavior of two physical phenomena coupled within a compact magnetocaloric cooling device.

15.01.2026

The NKS DIT will host the “KETs 2026 EU Brokerage Event” (Key Enabling Technologies) as an on-site event in Karlsruhe. 

15.01.2026

The nanoPD project focuses on modeling biological barriers in vitro using multi-compartment microfluidic chips containing human midbrain organoids to develop new theranostics for Parkinson's Disease (PD).

06.01.2026

The project’s objective was to develop new methodologies and validation tools for interphase optimization, while also exploring approaches to reduce stress concentrations within the interphase to enhance the durability of composite structures.