- MIRACLE: Multi-modal Integrated Real-time Analyte Characterization for Living in vitro Environments
- Smart Windows with mixed Thermochromic-Photochromic Coatings and enhanced Anti-Reflective Functionality (SWITCH)
- Multilayer liquid crystal display build-up method and active layer thickness mapping method industrial research
- Advancement of Roll-to-Roll Deposition Technology for Smart Windows and Antimicrobial Coatings (R2R-SWAC)
- Real-time electrochemical detection of adenosine triphosphate and glucose for organ-on-chip systems
- Solar-blind UV-C photodetectors based on amorphous ultra-wide bandgap semiconductor thin films (GoFarUV)
- Hybrid organic-inorganic nanocomposites and nanostructured materials for flexible X-ray detectors
- Large area deposition technologies of multifunctional antibacterial and antiviral nanocoatings
- Enhancing transparency and efficiency of scalable thin film electroluminescent protective panels using anti-reflective layers and advanced materials
- The development of a novel-designed optical fiber-based system for ultra-sensitive point-of-care viral protein detection by SERS
- Development of sustainable recycling technology of electronic scrap for precious and non-ferrous metals extraction (es-retech)
- Development of mechanoluminescent thin films for real time stress detectors
- Functional ink-jet printing of wireless energy systems
- Functional ultrawide bandgap gallium oxide and zinc gallate thin films and novel deposition technologies
- Novel materials for development of all-optical temperature sensor (OPTSEN)
- Nanowire Photodetectors
- Development of efficient clad-pumped fiber optical amplifiers for telecommunication systems
- Next generation aggregation induced emission luminogens for artificial lighting sources
- Smart Metal Oxide Nanocoatings and HIPIMS Technology
- University of Latvia and Institutes in the European Research Area - Excellence, Activity, Mobility, Capacity
- Development of Research Infrastructure of the Institute of Solid State Physics, University of Latvia
- Design and Investigation of Light Emitting and Solution Processable Organic Molecular Glasses
- Application assessment of novel organic materials by prototyping of photonic devices
- Phosphorescent coatings prepared by plasma electrolytic oxidation
- Establishment of uniform national level Latvian academic network for scientific activities
- Advancement of institutional capacity of the Institute of Solid State Physics, University of Latvia (2014 - 2015)
- Promotion of international cooperation at the Institute of Solid State Physics, University of Latvia (2014 - 2015)
- New luminescent materials for gas sensors and radiation convertors
- Autonomous Wind and Hydrogen Power Supply System
- New Luminescent Materials for Energy Saving Light Sources
- Development of polymer electro-optical modulator prototype
- Research and development of materials and technologies for diffractive optical element fabrication
- Innovative glass coatings
- TECHNOLOGIES FOR DIGITAL MULTISPECTRAL CONTROL AND QUALITY IMPROVEMENT OF MATERIALS
- Development of innovation technology for producing of solar silicon using electron-beam technology
- Materials and structures for tandem solar cells
- Support for international collaboration projects in science and technologies at ISSP UL
- Development of new technology to obtain hydrogen and calcium carbonate in chemical reaction of biomass and alkali
- New technology for biohydrogen production and separation in process od anaerobic fermentation