SciTransfer
Organization

INSTITUTE OF MATHEMATICS OF THE NATIONAL ACADEMY OF SCIENCES OF UKRAINE

Ukrainian national academy mathematics institute specializing in spectral theory, operator mathematics, and metamaterials modelling for physics and advanced technology.

Research institutemultidisciplinaryUAThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€46K
Unique partners
12
What they do

Their core work

The Institute of Mathematics of the National Academy of Sciences of Ukraine (IM NASU) is a fundamental and applied mathematics research institute based in Kyiv, operating under Ukraine's premier scientific body. Their core work covers mathematical analysis, spectral theory, and operator theory — the kind of rigorous mathematical foundations that underpin advances in quantum physics, materials science, and computational modelling. In H2020 projects, they contributed specialist mathematical expertise to international MSCA-RISE consortia: first in approximation methods applied to molecular modelling and biomedical diagnostics (AMMODIT), then in spectral optimization bridging pure mathematics with metamaterials and advanced technology (SOMPATY). For collaborators, they represent a source of deep mathematical theory that engineering-heavy partners cannot provide in-house.

Core expertise

What they specialise in

Spectral theory and operator theoryprimary
1 project

SOMPATY (2020–2025) is explicitly focused on spectral optimization, Schrödinger operators on graphs, and perturbation theory as its central mathematical content.

Approximation methods in mathematicsprimary
1 project

AMMODIT (2015–2019) centered on approximation methods for molecular modelling and diagnostic tools, reflecting the institute's numerical and functional analysis capabilities.

Mathematical foundations of metamaterialssecondary
1 project

SOMPATY keywords include metamaterials alongside spectral theory, indicating the institute contributes mathematical modelling frameworks to advanced materials research.

Mathematical physics and quantum mechanicssecondary
1 project

The Schrödinger operator focus in SOMPATY directly connects operator theory to quantum mechanical modelling, a bridge between pure mathematics and physics.

Evolution & trajectory

How they've shifted over time

Early focus
Approximation methods, molecular modelling
Recent focus
Spectral optimization, metamaterials mathematics

In their earlier H2020 participation (AMMODIT, 2015–2019), IM NASU's focus was on computational and approximation methods applied to practical problems in molecular modelling and medical diagnostics — a relatively applied direction for a pure mathematics institute. Their more recent work (SOMPATY, 2020–2025) moved toward deeper mathematical physics: spectral theory, Schrödinger operators on graphs, singular potentials, and metamaterials — all topics sitting at the intersection of abstract mathematics and quantum-era technology. The shift signals a deliberate move from computational applications toward foundational theoretical contributions that feed emerging technology domains.

IM NASU is moving deeper into spectral and quantum-mechanical mathematics, positioning them as a theoretical partner for consortia working on quantum technologies, metamaterial design, and next-generation physics-informed computing.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

IM NASU has not led any H2020 projects — both participations were as partner or third party within MSCA-RISE staff exchange networks, where they provide specialist mathematical expertise rather than project coordination. Despite only two projects, they have accumulated 12 unique consortium partners across 10 countries, which is high for this project count and reflects the broad international networks typical of MSCA-RISE. They work best when brought in to supply mathematical depth that other consortium members lack, rather than to manage deliverables or dissemination.

IM NASU has connected with 12 distinct partners across 10 countries through just 2 MSCA-RISE projects, indicating participation in well-connected European mathematics and physics networks. Their reach is primarily pan-European, consistent with the MSCA-RISE model of researcher exchanges between universities and institutes across multiple countries.

Why partner with them

What sets them apart

IM NASU is one of the few Ukrainian national academy mathematics institutes with documented H2020 engagement, carrying the strong Eastern European tradition in mathematical analysis and operator theory into European collaborative research. They occupy a rare niche: pure mathematics expertise with demonstrated willingness and capacity to connect that work to applied problems in physics, materials, and biomedical modelling. For a consortium that needs rigorous mathematical theory — not just simulation or engineering — they offer a depth that most applied research partners cannot replicate.

Notable projects

Highlights from their portfolio

  • SOMPATY
    Spans the full range from abstract spectral mathematics (Schrödinger operators, graphs, perturbation theory) to applied physics and metamaterials technology — an unusually wide bridge for a single mathematics project.
  • AMMODIT
    Demonstrates the institute's capacity to apply pure approximation mathematics to biomedical problems (molecular modelling, diagnostics), showing cross-domain reach beyond traditional physics applications.
Cross-sector capabilities
Advanced materials and metamaterials design (mathematical modelling of wave propagation, spectral gaps)Health and biomedical (approximation methods for molecular modelling and diagnostic tools)Quantum technologies (Schrödinger operator theory, spectral graph analysis applicable to quantum computing frameworks)Digital and simulation (numerical methods, functional analysis underpinning computational models)
Analysis note: Profile is based on only 2 MSCA-RISE projects; the earlier project (AMMODIT) carries no keyword data, so early-period expertise is inferred from the project title alone. The institute's full research scope — documented in publications and national programs — is almost certainly broader than what two EU projects reveal. Confidence would rise to 4 with access to publication records or the institute's own research programme descriptions.