INSTITUTE OF OPTICAL MATERIALS AND TECHNOLOGIES "ACADEMICIAN JORDAN MALINOWSKI" - BULGARIAN ACADEMY OF SCIENCES

Their core work

IOMT is a dedicated optical research institute of the Bulgarian Academy of Sciences, specialising in the physics of optical materials, photonics, and advanced imaging systems. Their work spans from fundamental quantum phenomena — such as dissipationless topological channels in exotic materials — to applied computational optics, including plenoptic (light-field) cameras that capture both intensity and direction of light in a single shot. In EU consortia, they contribute deep theoretical and experimental expertise in how light interacts with nanostructured and topologically non-trivial materials. They are a compact, technically focused partner rather than a project-management hub.

What they specialise in

How they've shifted over time

In their earlier H2020 engagement (TOCHA, starting 2019), IOMT was focused squarely on fundamental quantum and condensed-matter physics — topological insulators, phononic channels, and the prospect of energy-lossless signal interconnects relevant to future computing. By 2021, with PLENOPTIMA, the focus rotated toward applied imaging: plenoptic cameras, light-field reconstruction, metamaterial optics, and the integration of deep learning and AR/VR applications. The shift is striking — from abstract quantum matter to camera systems used in extended reality — though the underlying thread of light–matter interaction and nanophotonics holds both directions together.

IOMT is moving from fundamental quantum-material research toward applied computational imaging with AI integration, making them increasingly relevant to industries that depend on advanced optical sensing, AR/VR hardware, and intelligent imaging pipelines.

How they like to work

IOMT has participated in two projects without ever taking the coordinator role, which places them firmly in the specialist-partner category. With 13 unique partners across just 2 projects, they are embedded in moderately sized consortia (roughly 6–7 partners each) rather than large platform-style networks. This pattern suggests they are sought as a specific technical contributor — brought in for their optical-materials expertise — rather than as a project manager or consortium builder.

With 13 unique consortium partners spread across 6 countries in only 2 projects, IOMT is well-connected relative to its portfolio size, indicating selective but substantive European partnerships. No geographic concentration is evident from available data, pointing to broad European reach rather than a regional cluster.

What sets them apart

IOMT is one of very few institutions in Bulgaria — and one of a small number in South-Eastern Europe — with demonstrated activity in both topological quantum materials and applied computational imaging, two domains that rarely appear in the same research group. Their institutional home within the Bulgarian Academy of Sciences provides access to cross-disciplinary infrastructure and long-standing national scientific networks. For consortium builders who need photonics or optical-materials depth from a cost-effective EU partner country, IOMT offers a technically credible option with lower overhead than Western European equivalents.

Highlights from their portfolio

• TOCHA
  A FET (Future and Emerging Technologies) RIA project targeting dissipationless topological channels — a high-risk, high-reward fundamental physics bet on post-silicon interconnects and quantum metrology.
• PLENOPTIMA
  An MSCA-ITN training network for plenoptic imaging that combines nanophotonics, metamaterials, deep learning, and AR/VR — the largest single award IOMT has received and their most applied project to date.