B.I. Stepanov Institute of Physics of the National Academy of Sciences of Belarus

Their core work

The Institute of Physics in Minsk is a national research centre specializing in photonics, optical physics, and atmospheric science. Their H2020 work spans quantum photon sources, super-resolution microscopy, aerosol remote sensing, and metallocomplexes for photonic devices. More recently, they have applied their optical and spectroscopic expertise to food quality control — specifically authentication methods for the sugar and confectionery industry. They bring deep physics instrumentation capability that translates into practical measurement and sensing applications across multiple domains.

What they specialise in

How they've shifted over time

In the early period (2015–2019), the Institute focused squarely on fundamental photonics research — quantum light sources, photon microscopy, and metallocomplex materials — alongside atmospheric monitoring infrastructure (ACTRIS-2). From 2018 onward, a clear applied turn emerged: aerosol retrieval algorithms (GRASP-ACE) and then food quality authentication (SuChAQuality, 2021). This shift signals a deliberate move from pure physics toward industrial measurement applications, using their optical and spectroscopic strengths in commercially relevant domains.

Moving from fundamental photonics research toward applied optical sensing and measurement for industry, particularly food authenticity — expect continued growth in industrial quality control applications.

How they like to work

The Institute never coordinates H2020 projects — they join as a participant or third party, contributing specialized physics expertise to larger consortia. With 87 unique partners across 31 countries, they maintain a remarkably broad network for an organization with only 6 projects, indicating they integrate into large, diverse consortia rather than building tight recurring partnerships. This makes them an accessible specialist contributor: experienced in multinational collaboration, low overhead to onboard, and comfortable in a supporting technical role.

Despite only 6 projects, they have collaborated with 87 unique partners across 31 countries — reflecting participation in large pan-European consortia like ACTRIS-2 and MSCA-RISE networks. Their reach extends well beyond their Eastern European base.

What sets them apart

As a Belarusian national academy institute, they offer deep physics and photonics expertise from outside the EU at competitive cost, with proven ability to integrate smoothly into large European consortia. Their rare combination of quantum optics, atmospheric remote sensing, and emerging food quality control capabilities means they can bridge fundamental physics with industrial measurement needs. For consortium builders, they represent a reliable non-EU Associated Country partner with broad experience and specialized instrumentation know-how.

Highlights from their portfolio

• SUPERTWIN
  Largest single EC contribution (EUR 222,500) — developing an all solid-state super-twinning photon microscope, representing their core quantum photonics strength.
• SuChAQuality
  Most recent project (2021-2024) and a strategic pivot — applying optical physics expertise to sugar and confectionery quality control, signaling their move into industrial applications.
• ACTRIS-2
  Pan-European atmospheric research infrastructure project connecting them to the largest aerosol and climate monitoring network in Europe.