Alpine Quantum Technologies

Alpine Quantum Technologies develops trapped ion quantum computers and quantum simulators based on research from the University of Innsbruck, offering cloud-accessible quantum systems through their AQT quantum cloud platform for research institutions and companies working on quantum algorithms, optimization problems, and quantum simulation applications in materials science and chemistry.

Company Information

• Founded: 2018
• Country: Austria
• Website: https://aqt.eu
• Categories: hardware, quantum algorithms, quantum chemistry, quantum cloud, quantum education, quantum materials, quantum optimization, quantum simulation, quantum software, trapped ion

Investment Information

• Status: private
• Total Raised: $23.2M
• Last Valuation: $150M

Recent Funding Rounds

• 2022-06-29: series-a - $19M - Series A funding round
• 2019-11-14: seed - $4.2M - Seed funding round

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Applied Quantum Materials

Applied Quantum Materials (AQM) is an ISO 9001 certified Canadian company headquartered in Edmonton, Alberta, founded in April 2015 as a spin-out from the University of Alberta. AQM is a global leader in the design, synthesis, and manufacturing of silicon quantum dots (SiQDs), silica nanomaterials, HSQ photo resist, quantum dot sensors, nanocomposite polymers, and gold and magnetic nanoparticles. AQM’s biocompatible silicon quantum dots (2-9 nm) offer high quantum yield and robust stability as an alternative to toxic heavy-metal quantum dots. CEO David Antoniuk holds a Ph.D. in engineering physics. AQM’s materials serve Fortune 100 manufacturers of quantum computers, photonic and memory chips, sensors, and smart textiles, with applications in quantum computing, silicon photonics, quantum sensing, health sciences, display technology, and security. Sales climbed roughly 60% last fiscal year.

Argonne National Laboratory

Argonne National Laboratory is a USA national laboratory founded July 1, 1946, located in Lemont, Illinois, operated by University of Chicago for United States Department of Energy. Argonne pursues research spanning theory, algorithms, simulations, and modeling of quantum systems leveraging supercomputing resources and multi-qubit hardware platforms. The laboratory operates quantum computing testbeds integrating quantum processors with high-performance computing infrastructure enabling hybrid quantum-classical algorithms. Argonne conducts quantum computing research across superconducting qubits, quantum algorithms, quantum networking, and quantum simulation applications. The laboratory is one of five DOE National Quantum Information Science Research Centers with over 1,500 experts collaborating across quantum research initiatives. Argonne serves scientific research community, government agencies, and industry partners requiring quantum computing applications in chemistry, materials science, optimization, and machine learning advancing quantum computational advantage for national security and energy applications.

Brookhaven National Laboratory

Brookhaven National Laboratory is a USA national laboratory founded in 1947, located in Upton, New York, operating under United States Department of Energy. Brookhaven leads Co-design Center for Quantum Advantage (C2QA), one of five DOE National Quantum Information Science Research Centers established in 2020, directed by Andrew Houck. C2QA brings together experts to co-design quantum hardware, software, and algorithms to achieve quantum advantage. The laboratory conducts quantum computing research spanning superconducting qubits, quantum algorithms, quantum networking, and quantum sensors. Brookhaven operates quantum computing testbeds and collaborates with over 1,500 experts across 115 academic, industry, and national science institutions. The laboratory serves quantum computing research community, government agencies, and industry partners requiring fundamental quantum research, quantum algorithm development, and quantum hardware co-design advancing towards practical quantum advantage for scientific applications in physics, chemistry, materials science, and national security.

Clifton

Clifton is an Estonian company that created a new class of high-voltage semiconductors used by power electronics manufacturers in Europe, Asia, and America in industries ranging from mining to space technology. The company received early funding from Quantum Wave Fund and develops advanced materials with quantum properties for power electronics and energy applications. Clifton’s innovations enable more efficient energy conversion and power management systems.

Company Information

• Founded: 2012
• Country: Estonia
• Website: https://clifton.ee
• Categories: quantum materials, hardware

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Compute Everything Technologies

Compute Everything Technologies is a Canadian quantum software company developing quantum simulation and computational tools for materials science applications, focusing on quantum algorithms for molecular modeling, materials discovery, and chemical simulation. The company provides quantum software platforms for researchers and enterprises in materials science, chemistry, and pharmaceutical industries seeking to leverage quantum computing advantages for complex molecular simulations and materials property calculations. Compute Everything Technologies specializes in quantum chemistry algorithms, materials simulation software, and consulting services for organizations developing new materials, catalysts, and chemical compounds using quantum-enhanced computational approaches.

Cornell University

Cornell University is a private Ivy League research university founded in 1865, located in Ithaca, New York. Cornell conducts advanced quantum research advancing quantum materials quantum computing and quantum technologies. The university excels in quantum materials science superconducting devices and quantum hardware development. Cornell researchers contribute to quantum algorithms quantum error correction and quantum applications. The university has produced quantum technology spinouts and maintains strong quantum industry partnerships. Cornell serves quantum research community through quantum research quantum education and technology transfer advancing quantum information science and quantum materials development supporting USA quantum technology leadership.

Diamond Quanta

Diamond Quanta is a semiconductor innovation company pioneering breakthrough lab-grown diamond technology with its ‘Unified Diamond Framework’ for true substituent doping. The company develops advanced power electronics and quantum photonic platforms, leveraging diamond’s superior thermal conductivity and charge carrier mobility for high-performance applications. Diamond Quanta is backed by Silicon Catalyst and Plug and Play Tech Center, with strategic investment from Heller Industries and CoreLabs Capital announced in September 2025.

Diatope

Diatope is a spin-off from Ulm University that manufactures engineered diamond materials with NV (nitrogen-vacancy) centers for quantum sensing and quantum computing applications. The company operates the world’s first production line for quantum diamond ‘Made in Germany,’ centralizing all necessary processing steps including CVD diamond growth, ion implantation, and high-temperature annealing. Diatope participates in BMBF-funded DIAQUAM project and multiple EU-funded quantum initiatives including PROMISE and AMADEUS.

Company Information

• Founded: 2021
• Country: Germany
• Website: https://diatope.com
• Categories: quantum materials, quantum sensing

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General Electric

General Electric Company is an American multinational conglomerate founded April 15 1892 headquartered in Boston Massachusetts. GE explores quantum computing applications for materials science aviation energy systems and healthcare. The company investigates quantum simulation for materials discovery turbine optimization energy grid management and medical imaging applications. GE collaborates with quantum computing providers and research institutions developing quantum applications for industrial and healthcare markets. GE serves aviation energy healthcare and industrial manufacturing sectors requiring quantum-enhanced computational capabilities for materials design system optimization and predictive maintenance. The company invests in quantum technology research advancing practical quantum applications for aerospace energy and healthcare industries supporting quantum technology commercialization.

GenMat

Quantum Generative Materials (GenMat) accelerates materials discovery by integrating quantum computing and machine learning to simulate atomic structures for energy, electronics, and manufacturing sectors. The company uses quantum-enhanced generative AI to predict and design new materials with specific properties. GenMat’s platform combines quantum algorithms with classical machine learning to explore vast chemical spaces and identify promising materials candidates more efficiently than traditional computational methods. Target applications include battery materials, semiconductors, catalysts, and advanced manufacturing materials. The company’s approach aims to reduce materials development time from years to months by leveraging quantum computing’s ability to accurately simulate quantum mechanical properties of materials at the atomic level.

HQS Quantum Simulations

HQS Quantum Simulations is a leading quantum software company focused on developing quantum algorithms and applications for materials science, chemistry, and pharmaceutical research. Founded in 2017 by Michael Marthaler, Iris Schwenk, and Konstantin Willeke from the Karlsruhe Institute of Technology, the company specializes in quantum simulations of molecular and material systems that are computationally challenging for classical computers. HQS develops quantum software solutions for drug discovery, catalyst design, battery materials, and chemical process optimization, working with pharmaceutical companies, chemical manufacturers, and materials research organizations. Their quantum algorithms enable the simulation of complex molecular interactions, electronic structures, and chemical reaction pathways with unprecedented accuracy and efficiency. The company’s platform integrates with existing quantum hardware and classical simulation workflows, providing a bridge between current computational chemistry methods and future quantum advantage. HQS has established partnerships with quantum hardware providers and major industrial customers, positioning them at the intersection of quantum computing and materials innovation.

Johnson & Johnson

Johnson & Johnson is an American multinational pharmaceutical and medical technologies corporation founded in 1886, with Janssen Pharmaceuticals subsidiary launching three-year research collaboration with Qu&Co in 2021 to develop and test quantum computational algorithms and software for pharmaceutical R&D applications. Janssen employed Qu&Co’s QUBEC platform for quantum computational chemistry and materials science, testing algorithms on quantum processors. In 2024, Johnson & Johnson partnered with Pasqal working to demonstrate practical benefits of quantum computing for drug discovery problems. Johnson & Johnson is among biggest pharma industry players submitting quantum computing patents alongside Merck, Roche, and Amgen. The company uses quantum computing for molecular simulations, optimization problems in drug discovery, and computational chemistry applications. Johnson & Johnson serves global pharmaceutical market requiring quantum-enhanced drug discovery, molecular modeling, and computational chemistry for developing treatments for cancer, Alzheimer’s, Parkinson’s, and other conditions accelerating path from discovery to clinical trials.

Lawrence Berkeley National Laboratory

Lawrence Berkeley National Laboratory (Berkeley Lab) is a USA national laboratory founded August 26, 1931, located in Berkeley, California, operated by University of California for United States Department of Energy. Berkeley Lab leads Quantum Systems Accelerator (QSA), one of five DOE National Quantum Information Science Research Centers bringing together 80 world-class researchers from 15 partner institutions. QSA catalyzes national leadership in quantum information science to co-design algorithms, quantum devices, and engineering solutions delivering certified quantum advantage in scientific applications. The laboratory conducts quantum computing research spanning quantum processors, quantum algorithms, quantum networking, quantum sensors, and quantum materials. Berkeley Lab operates quantum computing testbeds and advanced characterization facilities for quantum hardware development. The laboratory serves quantum research community collaborating with universities, industry, and government agencies advancing quantum computing for energy, chemistry, materials science, and national security applications requiring quantum computational advantage.

Lawrence Livermore National Laboratory

Lawrence Livermore National Laboratory (LLNL) is a USA federal research facility founded in 1952, located in Livermore, California, operated by Lawrence Livermore National Security LLC for United States Department of Energy and National Nuclear Security Administration. The Livermore Center for Quantum Science focuses on advancing quantum technology to solve national security challenges including quantum computing, quantum sensing, quantum communications, and quantum materials. LLNL conducts quantum computing research spanning quantum algorithms for scientific simulation, quantum error correction, quantum networking, and integration of quantum computing with high-performance computing for national security applications. The laboratory develops quantum technologies for nuclear stockpile stewardship, materials science, cryptography, and sensing. LLNL serves Department of Defense, Department of Energy, and intelligence community requiring quantum computing capabilities for national security, weapons physics simulation, materials discovery, and secure quantum communications advancing quantum advantage for critical national security missions.

Los Alamos National Laboratory

Los Alamos National Laboratory (LANL) is a USA national laboratory founded in 1943 during Manhattan Project, located in Los Alamos, New Mexico, operated by Triad National Security LLC for United States Department of Energy and National Nuclear Security Administration. LANL conducts quantum computing research spanning quantum algorithms, quantum simulation, quantum cryptography, quantum networking, and quantum sensors for national security applications. The laboratory develops quantum technologies for nuclear weapons stewardship, materials science, secure communications, and sensing applications. LANL operates quantum computing testbeds exploring superconducting qubits, trapped ions, and quantum annealing for optimization and simulation problems. The laboratory collaborates with DOE National Quantum Information Science Research Centers and industry partners advancing quantum computing for national security missions. LANL serves Department of Defense, Department of Energy, and intelligence community requiring quantum computing capabilities for weapons physics, cryptanalysis, materials discovery, and quantum-safe cryptography protecting national security information against quantum threats.

Nano-Meta Technologies

Nano-Meta Technologies is an Indiana-based company creating technology that advances optical and quantum computing through development of nano-scale optical components and novel materials. The company received early investment from Quantum Wave Fund and develops metamaterials for super-resolution imaging, sensing, energy conversion, and biomedical applications. Nano-Meta’s innovations enable new generations of quantum photonic devices.

Company Information

• Founded: 2012
• Country: United States
• Website: https://nanometa.com
• Categories: quantum photonics, quantum materials

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nextnano

nextnano develops simulation software for semiconductor nanostructures and quantum devices. The Munich-based company provides computational tools for designing and optimizing quantum dots, quantum wells, and other nanostructures used in quantum computing and quantum sensing. nextnano’s software is widely used in academic research and industrial development of quantum devices.

Company Information

• Founded: 2016
• Country: Germany
• Website: https://nextnano.com
• Categories: quantum software, quantum materials

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NVIDIA

NVIDIA provides quantum computing services and infrastructure through their CUDA Quantum platform and DGX Quantum systems that enable hybrid quantum-classical computing by combining quantum processors with NVIDIA’s GPU-accelerated computing platform, offering quantum simulation capabilities, quantum circuit optimization, and quantum machine learning tools that leverage classical GPU computing to enhance quantum algorithm development and execution across various quantum hardware platforms. In September 2025, NVIDIA announced the establishment of its NVIDIA Advanced Quantum Computing (NVAQC) research center in Boston, Massachusetts, focused on advancing hybrid quantum-classical algorithms, quantum error mitigation techniques, and GPU-accelerated quantum simulation for drug discovery and materials science applications, strengthening NVIDIA’s quantum computing ecosystem partnerships with leading quantum hardware providers.

Oak Ridge National Laboratory

In 2024-2025, Oak Ridge National Laboratory achieved several major quantum computing milestones. In September 2025, Riverlane’s Deltaflow 2 real-time quantum error correction system was installed at ORNL, marking the first dedicated real-time QEC integration at a U.S. national laboratory. Also in September 2025, ORNL and Australian-German company Quantum Brilliance inaugurated the United States’ first on-site commercial quantum-computer cluster, the first of its kind to integrate a diamond-based quantum processor into a high-performance computing (HPC) environment. On August 29, 2025, ORNL released a comprehensive study outlining software architecture designed to integrate quantum computers with the world’s fastest supercomputers, notably the exascale machine Frontier. In November 2024, ORNL added IQM Resonance quantum cloud service to its Quantum Computing User Program. In August 2025, ORNL researchers developed a quantum microscope for nanoscale imaging and a multihop quantum network integrating with fibre-optic infrastructure. These developments demonstrate ORNL’s leadership in quantum-HPC integration.

Panasonic

Panasonic Holdings Corporation is a Japanese multinational electronics company founded in 1918, headquartered in Osaka, Japan. Panasonic explores quantum technologies including quantum materials for electronics, quantum computing research, and quantum sensor development. The company investigates quantum materials for advanced batteries and energy storage systems. Panasonic collaborates with quantum research institutions and universities advancing quantum materials science and quantum technology applications. The company serves consumer electronics, automotive, industrial systems, and energy markets. Panasonic contributes to Japan quantum technology ecosystem through quantum materials research and quantum technology exploration representing Japanese electronics industry quantum innovation for materials science and advanced electronics applications advancing quantum-enhanced materials and quantum technology integration in industrial systems.

Pasqal

In June 2024, Pasqal achieved a significant milestone by successfully loading over 1,000 atoms in a single shot, trapping more than 1,110 atoms within approximately 2,000 traps, demonstrating the feasibility of large-scale neutral atom quantum computing. In December 2024, Pasqal deployed a 100-qubit neutral atom quantum computer at the Jülich Supercomputing Centre in Germany as part of the HPCQS project, expected to be available for use by June 2025. On May 13, 2025, Pasqal partnered with Google Cloud to offer its 100-qubit QPU on Google Cloud Marketplace, including tools for workflow integration and post-processing results with a flexible pay-as-you-go model. Pasqal’s roadmap targets 10,000 qubits by 2026, and in April 2024, the company partnered with Welinq to achieve projected 10,000-qubit QPUs with high-fidelity two-qubit gates in the 2026-2027 timeframe. The company is already delivering quantum computers with over 100 qubits to end users.

Phasecraft

On September 2, 2025, Phasecraft announced securing $34 million in a Series B funding round to accelerate development of quantum algorithms deployable on today’s noisy intermediate-scale quantum (NISQ) devices. The funding was co-led by Plural, Playground Global, and Novo Holdings’ newly launched Quantum Fund (making its first direct investment in quantum software), with participation from existing investors LocalGlobe, AlbionVC, and Parkwalk Advisors, bringing total capital raised to over $50 million. Phasecraft developed the THRIFT algorithm, published in Nature Communications in 2025, which enhances quantum simulation efficiency by 10x and reduces computational costs by prioritizing interactions based on their speed. The company’s approach drastically reduces quantum gates needed to run simulations by factors of more than a million in some cases - for example, lithium copper oxide can be simulated with 410,000 quantum gates compared to the previous baseline of 1.5 trillion. The capital will support Phasecraft’s hardware-agnostic approach, rewriting quantum algorithms to run efficiently on NISQ machines from Google, IBM, Quantinuum and QuEra.

PsiQuantum

In September 2025, PsiQuantum announced the closing of a $1 billion Series E funding round, valuing the company at $7 billion and enabling construction of utility-scale quantum sites in Brisbane, Australia, and Chicago, United States. The round was led by affiliates of BlackRock and backed by Temasek, Baillie Gifford, Macquarie Capital, Ribbit Capital, NVentures, Adage Capital Management, the Qatar Investment Authority, Type One Ventures, Counterpoint Global, 1789 Capital and S Ventures. The company secured significant funding from the Australian and Queensland governments in 2024 to build the world’s first utility-scale, fault-tolerant quantum computer in Brisbane with target completion by the end of 2027. In February 2025, DARPA selected PsiQuantum to advance to the final phase of its Utility-Scale Quantum Computing Program. On April 15, 2025, PsiQuantum secured a $10.8 million contract with the Air Force Research Laboratory (AFRL). The company is now breaking ground on major facilities in both Chicago and Brisbane, building million-qubit scale fault-tolerant quantum computers using high-volume manufacturing of integrated photonic chips and 300 mm wafers produced at GlobalFoundries Fab 8 in New York.

QDI Systems

QDI Systems is a Dutch deep tech startup founded in 2019 by physicist PhD Artem Shulga as a spin-off of the Zernike Institute for Advanced Materials at University of Groningen, the first company in the world to apply quantum dots technology to medical imaging including X-rays and mammography screening. QDI Systems announced €5 million Series A funding in January 2024 led by NOM (Investment and Development Agency for Northern Netherlands), joined by Carduso Capital, RuG Ventures, and Maki.vc, plus €1.97 million innovation loan from Netherlands Enterprise Agency (RVO). In February 2025, QDI Systems received €2.5 million grant from European Innovation Council (EIC) for X-ray and shortwave infrared (SWIR) applications, with total available funding up to €7.5 million. QDI Systems’ quantum dots offer higher image quality with significantly lower radiation doses compared to conventional technologies. Quantum dots are solution-processable semiconductor nanoparticles efficiently converting photons into electronic signals for medical imaging applications.

QDIR

QDIR (Quantum Dot Infrared) is a Chicago-based quantum imaging startup incorporated in 2020 by Matthew Ackerman and Professor Philippe Guyot-Sionnest from the University of Chicago. The company develops infrared imaging arrays using silicon microchips coated with mercury telluride quantum dots, creating cost-effective high-performance infrared detectors and cameras. QDIR’s quantum dot nanomaterial technology enables short-wave infrared imaging at significantly lower costs compared to traditional infrared detector technologies. The company joined Chain Reaction Innovations’ Cohort 4 at Argonne National Laboratory in June 2020, a two-year entrepreneurship program supporting early-stage quantum and energy technologies. QDIR’s colloidal quantum dot image sensors target applications in defense, industrial inspection, autonomous vehicles, medical imaging, and scientific research where infrared imaging capabilities are critical but traditional technologies are cost-prohibitive.

Qilimanjaro

Qilimanjaro Quantum Tech is a Barcelona Supercomputer Center spinout founded in 2019 that develops quantum computing solutions combining quantum annealing and gate-model quantum computing approaches, creating hybrid quantum-classical systems that can solve optimization problems and quantum simulations for industries including finance, logistics, and materials science, leveraging Spain’s supercomputing expertise and European quantum initiatives to advance practical quantum computing applications with focus on near-term quantum advantage in optimization and simulation problems. In September 2025, Qilimanjaro announced a strategic partnership with Qblox, a Netherlands-based quantum control hardware company, to integrate Qblox’s control electronics with Qilimanjaro’s superconducting quantum processors, enabling enhanced scalability and performance for their quantum computing systems through advanced control and readout capabilities. In October 2025, Qilimanjaro joined the IMPAQT UA cooperative consortium as the first analog quantum computing company, focused on building interoperable and scalable quantum systems through collaborative research and development with other European quantum technology organizations. In October 2025, Qilimanjaro Quantum Tech and QURECA signed a collaboration agreement for quantum education, including workshops on analog and hybrid quantum computing with hands-on access to Qilimanjaro’s platform to advance quantum computing education and workforce development.

Quantinuum

In 2024-2025, Quantinuum achieved several historic milestones with its H-series quantum computers. The company surpassed a quantum volume of one million (1,048,576 or 2^20) and later achieved 33.5 million, surpassing competitors by a factor of 16,000. Quantinuum achieved ’three 9’s’ (99.9%) 2-qubit gate fidelity in its commercial quantum computer. In collaboration with Microsoft, the company demonstrated the most reliable logical qubits to date, with error rates 800 times lower than corresponding physical circuit error rates, advancing Quantinuum’s System Model H2 to Microsoft’s Level 2—Resilient phase of quantum computing. With JPMorgan Chase, Quantinuum achieved a 100x improvement over existing industry benchmarks using the H2-1 quantum computer with 56 trapped-ion qubits, setting a new world record for the cross entropy benchmark. The company announced its next system, Helios, set to launch in 2025 with 96 qubits and enhanced computational capabilities expected by mid-2025. In August 2025, Quantinuum raised approximately $400 million in a Series B funding round at a valuation of $10 billion. The round included a $50 million investment from Quanta at $26.76 per share, marking a major milestone in quantum computing financing. This Series B positions Quantinuum as one of the highest-valued quantum computing companies globally and provides capital to advance the development of the Helios system and expand commercial quantum computing services.

Quantistry

Quantistry is a Berlin-based quantum chemistry startup founded in 2018 by Dr. Marcel Quennet, Dr. Vincent Pohl, Arturo Robertazzi, and Stefan Kupferberg as a spin-off from Freie Universität Berlin. The company developed QuantistryLab, a cloud-based holistic computational platform integrating quantum technologies, physics-based simulations, and machine learning for chemical R&D and materials discovery. In March 2024, Quantistry secured €3 million in funding led by Ananda Impact Ventures, with co-investors including Chemovator (BASF’s business incubator), IBB Ventures, and a Family Office. The platform leverages quantum-based simulations, multiscale modeling, and AI-driven insights to accelerate the discovery and design of innovative sustainable materials including next-generation batteries, polymers, alloys, and carbon capture technologies. QuantistryLab provides access to over 100 million molecular and material structures where users can run their own quantum chemistry simulations combining expert knowledge and computing power in a complete cloud package, serving pharmaceutical, chemical, and materials science industries.

Quantum Generative Materials

GenMat is a vertically integrated materials engineering company that leverages quantum-ready AI and machine learning for materials discovery. The company developed ZENO, a proprietary physics-based AI platform for high-throughput materials discovery that simulates tens of thousands of new material properties with over 98% accuracy, dramatically accelerating R&D timelines in semiconductors and advanced materials industries. GenMat raised $15 million from Comstock Inc. and was acquired by Comstock in October 2024.

QuantumLeap AI

QuantumLeap AI develops quantum machine learning software and AI-powered quantum algorithm optimization tools. The company combines quantum computing with classical AI to create hybrid systems for complex data analysis and pattern recognition. QuantumLeap AI’s platform provides tools for quantum neural network development, quantum feature extraction, and quantum-enhanced AI model training. Target applications include drug discovery, materials science, and financial modeling where quantum machine learning can provide advantages. Based in London, QuantumLeap AI collaborates with AI researchers and quantum computing companies. The company focuses on practical quantum machine learning applications deliverable on near-term quantum hardware. QuantumLeap AI offers both software tools and consulting services for quantum AI development.

UbiQD

UbiQD is a global leader in quantum dot manufacturing and technology, headquartered in Los Alamos, New Mexico, founded in 2014 by Hunter McDaniel. The company licenses technology developed at Los Alamos National Laboratory and MIT, producing quantum dots through an alternative, inexpensive process using low-cost and nontoxic elements. UbiQD powers product innovation in agriculture, clean energy, and security. The company’s UbiGro® greenhouse technology uses fluorescence to create optimal spectrum for crops. In April 2025, UbiQD closed a $20 million Series B financing round led by Phoenix Venture Partners. UbiQD established an exclusive, multi-year agreement to supply proprietary fluorescent quantum dot technology to First Solar for incorporation into thin film bifacial photovoltaic solar panels, advancing quantum dot applications in renewable energy.