FAM AB

SeeQC, Inc. is a developer of digital quantum computing platforms aimed at global businesses, with a focus on creating commercially viable application-specific quantum computing systems. Founded in 2018 and headquartered in Elmsford, New York, the company specializes in the design, testing, and manufacturing of quantum-ready superconductors. It integrates classical and quantum technologies to tackle common challenges in efficiency, stability, and cost associated with quantum computing. SeeQC's offerings include superconducting qubit chips and proprietary Single Flux Quantum (SFQ) technology, enabling high-performance classical co-processors and application-specific integrated circuits (ASICs). The company's approach combines digital readout and control technology with a unique chip-scale architecture to deliver scalable and cost-effective quantum computing solutions suitable for sectors such as machine learning, logistics optimization, quantum chemistry, pharmaceuticals, and fintech. Additionally, SeeQC operates facilities in London, United Kingdom, and Naples, Italy, enhancing its capacity to serve clients across the United States and Europe.

Holyvolt is a technology company focused on renewable energy solutions, specializing in nano paste screen printing technology. This innovative approach allows for the efficient extraction and storage of energy through the use of nanoparticles, which can generate, illuminate, heat, and store energy. Holyvolt employs a specially modified screen printing machine to apply its nano paste onto any flat surface, enabling its use across various applications and industries. The company's technology avoids toxic and rare earth materials, ensuring a safer production process. Additionally, Holyvolt's products are designed to withstand extreme temperature variations, delivering high-performance solar cells, batteries, and heaters to its clients.

Qarlbo Energy specializes in the development of green hydrogen and fossil-free energy systems, aiming to contribute to sustainable energy solutions. The company operates as an investment firm focused on long-term value creation through active ownership. Its investment interests span various sectors, including entertainment, hospitality, environmental initiatives, health, and lifestyle. By concentrating on these areas, Qarlbo Energy seeks to promote innovative and eco-friendly advancements while ensuring robust financial returns.

Stegra operates a steel production plant focused on decarbonizing the steel industry in Europe through the use of green hydrogen. The facility is designed as a fully integrated, digitalized, and automated greenfield plant, which combines raw materials, renewable energy, and artificial intelligence to produce fossil-free steel. By replacing traditional CO2-intensive coal with green hydrogen, the plant significantly reduces emissions, with water and heat as the primary byproducts. This innovative approach enables clients to access high-quality, sustainable steel at a competitive cost, contributing to the broader goal of accelerating decarbonization in the steel sector.

GreenIron specializes in innovative, energy-efficient technologies aimed at the sustainable recycling of waste and residues from the metal, mining, and manufacturing sectors. The company's fossil-free mining technology is designed to eliminate carbon dioxide emissions, significantly reducing the climate footprint associated with the production of iron, steel, and non-ferrous metals. By enhancing productivity while lowering production costs, GreenIron enables businesses to adopt more sustainable practices and contribute to environmental preservation.

Stegra operates a steel production plant focused on decarbonizing the steel industry in Europe through the use of green hydrogen. The facility is designed as a fully integrated, digitalized, and automated greenfield plant, which combines raw materials, renewable energy, and artificial intelligence to produce fossil-free steel. By replacing traditional CO2-intensive coal with green hydrogen, the plant significantly reduces emissions, with water and heat as the primary byproducts. This innovative approach enables clients to access high-quality, sustainable steel at a competitive cost, contributing to the broader goal of accelerating decarbonization in the steel sector.

SeeQC, Inc. is a developer of digital quantum computing platforms aimed at global businesses, with a focus on creating commercially viable application-specific quantum computing systems. Founded in 2018 and headquartered in Elmsford, New York, the company specializes in the design, testing, and manufacturing of quantum-ready superconductors. It integrates classical and quantum technologies to tackle common challenges in efficiency, stability, and cost associated with quantum computing. SeeQC's offerings include superconducting qubit chips and proprietary Single Flux Quantum (SFQ) technology, enabling high-performance classical co-processors and application-specific integrated circuits (ASICs). The company's approach combines digital readout and control technology with a unique chip-scale architecture to deliver scalable and cost-effective quantum computing solutions suitable for sectors such as machine learning, logistics optimization, quantum chemistry, pharmaceuticals, and fintech. Additionally, SeeQC operates facilities in London, United Kingdom, and Naples, Italy, enhancing its capacity to serve clients across the United States and Europe.

Peltarion is a technology company based in Stockholm, Sweden, founded in 2004, that specializes in providing a graphical cloud platform for developing, managing, and deploying deep learning systems. The platform is designed to facilitate the execution of AI projects from inception to deployment, allowing users to create and integrate artificial intelligence solutions without requiring coding skills. Peltarion's technology has been adopted by over 300 organizations, including notable entities such as NASA, Tesla, General Electric, and several prestigious universities. The company's mission is to make AI technology accessible and affordable, empowering businesses to leverage artificial intelligence to enhance their operations and drive innovation.

Peltarion is a technology company based in Stockholm, Sweden, founded in 2004, that specializes in providing a graphical cloud platform for developing, managing, and deploying deep learning systems. The platform is designed to facilitate the execution of AI projects from inception to deployment, allowing users to create and integrate artificial intelligence solutions without requiring coding skills. Peltarion's technology has been adopted by over 300 organizations, including notable entities such as NASA, Tesla, General Electric, and several prestigious universities. The company's mission is to make AI technology accessible and affordable, empowering businesses to leverage artificial intelligence to enhance their operations and drive innovation.

Kivra is a digital platform that provides users with a secure and organized way to manage their postal mail. Through its innovative digital mailbox, Kivra enables individuals to receive, upload, and store their physical mail in one centralized location. This service not only simplifies the management of important documents but also promotes environmental sustainability by reducing the reliance on physical mail. Kivra's features allow users to pay invoices, sign agreements, and access their mail conveniently and safely. Founded by industry leaders including Robert Wahlström, Kivra aims to transform the way people interact with their postal mail in a more efficient and eco-friendly manner.

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

Sol Voltaics AB is a nanotechnology company based in Lund, Sweden, that specializes in enhancing the efficiency of solar energy capture and generation. Established in 2007, the company develops and commercializes innovative nanomaterials, particularly through its flagship product, SolFilm. This solar panel additive, composed of gallium arsenide nanowires, is designed to improve the performance of conventional silicon solar modules. SolFilm is lightweight and transparent to infrared light, allowing it to convert high-energy sunlight directly into electricity while enabling additional power generation through underlying solar cells in a stacked configuration. By integrating these advanced technologies, Sol Voltaics aims to significantly boost the efficiency of photovoltaic modules, potentially increasing their output by up to 50%.

AB Sandvik Process Systems is a company based in Sandviken, Sweden, that specializes in the development and manufacture of steel belts and processing systems. Their product range includes stainless and carbon steel belts, as well as components such as press plates, conveyors, bearings, shafts, and sheaves. In addition to manufacturing, the company offers services related to steel belt inspection, installation, repair, and replacement. AB Sandvik Process Systems operates as a subsidiary of Sandvik AB.

Sol Voltaics AB is a nanotechnology company based in Lund, Sweden, that specializes in enhancing the efficiency of solar energy capture and generation. Established in 2007, the company develops and commercializes innovative nanomaterials, particularly through its flagship product, SolFilm. This solar panel additive, composed of gallium arsenide nanowires, is designed to improve the performance of conventional silicon solar modules. SolFilm is lightweight and transparent to infrared light, allowing it to convert high-energy sunlight directly into electricity while enabling additional power generation through underlying solar cells in a stacked configuration. By integrating these advanced technologies, Sol Voltaics aims to significantly boost the efficiency of photovoltaic modules, potentially increasing their output by up to 50%.

Sol Voltaics AB is a nanotechnology company based in Lund, Sweden, that specializes in enhancing the efficiency of solar energy capture and generation. Established in 2007, the company develops and commercializes innovative nanomaterials, particularly through its flagship product, SolFilm. This solar panel additive, composed of gallium arsenide nanowires, is designed to improve the performance of conventional silicon solar modules. SolFilm is lightweight and transparent to infrared light, allowing it to convert high-energy sunlight directly into electricity while enabling additional power generation through underlying solar cells in a stacked configuration. By integrating these advanced technologies, Sol Voltaics aims to significantly boost the efficiency of photovoltaic modules, potentially increasing their output by up to 50%.