All four H2020 projects involve optical phase manipulation — from lossless photon management (NOLOSS) to micro mirror arrays (REALHOLO) to electron beam shaping (SMART-electron).
HOLOEYE PHOTONICS AG
Berlin SME manufacturing spatial light modulators and micro-mirror arrays for holographic displays, quantum optics, and advanced microscopy.
Their core work
HOLOEYE Photonics is a Berlin-based SME that designs and manufactures spatial light modulators (SLMs), micro-display systems, and phase-modulating optical components. Their core business is providing programmable optical devices — particularly liquid crystal and micro-mirror arrays — used in research labs, industrial inspection, and display applications. In H2020 projects, they contribute specialized hardware for light manipulation, serving as the photonics component supplier in consortia tackling quantum optics, holographic displays, and advanced electron microscopy.
What they specialise in
REALHOLO specifically targets phase-modulating micro mirror arrays for real holographic mixed-reality and augmented-reality head-up displays.
ColOpt involved collective light scattering, optomechanics, and quantum simulation in ultra-cold matter, where HOLOEYE likely supplied programmable optical elements.
SMART-electron applies optical-phase manipulation to electron wave-function engineering for time-resolved electron microscopy — a new application domain for their core technology.
NOLOSS focused on lossless photon management and optical design for manufacture across different length scales.
How they've shifted over time
In the earlier period (2016–2018), HOLOEYE's H2020 work centered on fundamental photonics — lossless photon management and quantum/cold-atom optics, supplying components for basic research applications. By 2021, their focus shifted decisively toward applied display technology (holographic AR/MR displays, automotive head-up displays, MEMS/CMOS micro-mirror arrays) and advanced instrumentation (ultrafast electron microscopy). This trajectory shows a company moving from pure research partnerships toward commercial product-oriented R&D with clearer market applications.
HOLOEYE is pivoting from supplying components to fundamental physics research toward application-ready display and imaging systems, particularly in automotive AR and advanced microscopy — expect them to seek partners with system integration and end-user market access.
How they like to work
HOLOEYE participates exclusively as a consortium partner, never as coordinator — consistent with their role as a specialist component provider that brings specific hardware expertise to larger research efforts. With 37 unique partners across 12 countries in just 4 projects, they join mid-to-large consortia and appear comfortable working with diverse, international teams. This profile suggests a reliable, low-friction partner that integrates into existing project structures rather than driving project direction.
HOLOEYE has built a broad European network of 37 unique partners across 12 countries through just 4 projects, indicating participation in sizeable consortia. Their partnerships span universities, research institutes, and industry across Western and Central Europe, with no obvious geographic concentration beyond their German base.
What sets them apart
HOLOEYE occupies a rare niche as one of few European SMEs that both manufactures and develops programmable spatial light modulators and micro-mirror arrays. This makes them a go-to partner when a consortium needs custom phase-modulation hardware — whether for quantum optics experiments, holographic displays, or electron beam shaping. Their ability to bridge fundamental photonics research and product-oriented display development is uncommon for a company of their size.
Highlights from their portfolio
- REALHOLODirectly targets the commercial AR/MR display market with phase-modulating micro-mirror arrays — the project most aligned with HOLOEYE's product roadmap and automotive applications.
- SMART-electronApplies optical phase manipulation to electron microscopy, demonstrating HOLOEYE's ability to transfer core photonics technology into completely new scientific domains.
- NOLOSSLargest single EC contribution (EUR 332,289) and focused on optical design for manufacture — suggesting HOLOEYE had a substantial technical role in the consortium.