FONDAZIONE E. AMALDI

Their core work

The Fondazione E. Amaldi is a Rome-based Italian research foundation specialising in advanced materials science, with a documented focus on graphene and two-dimensional layered materials. The foundation contributes to fundamental and applied research within the Graphene Flagship — one of Europe's largest and most ambitious research initiatives — bringing scientific expertise in graphene's physical properties and its translation into application domains including photonics, sensors, and biomedical devices. Their work sits at the boundary between basic research and technology development, making them a bridge partner between academic physics communities and applied engineering consortia. As a research centre rather than a university, they can operate with focused mandate and institutional agility on specific materials science challenges.

What they specialise in

How they've shifted over time

In the first project (GrapheneCore1, 2016–2018), the foundation's contribution centred on foundational graphene and layered materials science with an emphasis on innovation potential — a phase typical of early Flagship work where scientific baselines were established. By GrapheneCore2 (2018–2020), the keyword profile broadened dramatically into concrete application domains: energy, electronics, photonics, sensors, and biomedical technologies, alongside an explicit acknowledgement of "basic research," suggesting the foundation straddled both foundational and applied workstreams as the Flagship matured. The trajectory is a classic applied-science arc: from material characterisation toward domain-specific use cases.

The foundation is moving toward multi-domain application research for graphene, making them an increasingly relevant partner for industrial or translational projects in photonics, sensors, and biomedical engineering rather than purely academic materials science.

How they like to work

The foundation participates exclusively as a consortium partner — never as coordinator — which is consistent with the profile of a focused specialist contributing domain expertise to larger initiatives rather than leading programme management. Both projects belong to the Graphene Flagship, the EU's largest research initiative, meaning their 238 network partners and 24-country reach are a consequence of being embedded in a mega-consortium rather than independently assembled relationships. For a potential collaborator, this means accessing E. Amaldi Foundation means gaining a specialist partner with deep Flagship-level connections, but without expectation that they will drive project administration.

The foundation has formally collaborated with 238 unique partners across 24 countries, a breadth almost entirely attributable to their participation in the Graphene Flagship Core Projects — among the largest EU research consortia ever funded. Their practical network within graphene and advanced materials is therefore wide on paper but concentrated within the Flagship community.

What sets them apart

As a dedicated Italian research foundation rather than a university department or national laboratory, E. Amaldi Foundation occupies a focused institutional niche — able to commit to long-running Flagship-level commitments without the competing priorities of a large university. Their consecutive participation in both Graphene Flagship Core phases (2016–2020) demonstrates continuity and recognised scientific contribution within one of Europe's most competitive and selective materials research programmes. For consortium builders targeting graphene, 2D materials, or advanced sensors, they offer a credible Italian institutional partner with verified Flagship pedigree.

Highlights from their portfolio

• GrapheneCore1
  Entry project into the Graphene Flagship — one of Europe's two Future and Emerging Technologies Flagship initiatives with €1B+ total budget — establishing the foundation's credentials in the global graphene research community.
• GrapheneCore2
  Continuation in the second Flagship Core phase with expanded application scope (energy, photonics, sensors, biomedical), showing the foundation's ability to evolve its contribution as the programme moved from science toward technology readiness.