Niels Bohr Institute, Blegdamsvej 17, Building K, 2100 Copenhagen
atom-computing.com
Our team is developing large-scale quantum computers to help companies and researchers achieve unprecedented computational breakthroughs. We currently produce the world’s most powerful commercially available quantum computer with +1200 physical qubits and 50 logical qubits. Using arrays of optically-trapped neutral atoms, we are building cutting-edge systems for on-premises deployment with advanced features such as long coherence times and mid-circuit measurement. Our unique approach to highly scalable quantum computing and path to fault tolerance offers new tools for quantum algorithm developers to tackle increasingly challenging applications.
As Japan’s leading quantum algorithm development company, QunaSys is strategically expanding its presence and strengthening trust across Europe. Founded on the principle of bringing the power of quantum physics to the foreground, our mission is clear: Expanding application frontiers and building practical foundations, QunaSys turns quantum computing into new industrial value by tackling real-world challenges, driving breakthrough innovations, and shaping the future.
Headquartered in Tokyo, Japan, with a crucial European office in Copenhagen, Denmark, we actively bridge the quantum ecosystems of Japan and Europe.
Our key strengths lie in leveraging quantum computing across critical industrial fields, including Chemical Simulation, Condensed Matter Simulation, Computer-Aided Engineering, Battery Material Simulation, Faster Drug Discovery, and Catalyst Design.
We are deeply involved in pioneering European research, leading projects such as FULLMAP (battery materials), QuEnAIs (drug discovery), HyperTenQ (quantum chemistry), and the OQI/SDG6 (bioremediation).
Crucially, our technology is driven by the QURI SDK platform, which we develop and provide. This resource streamlines R&D, mitigates risks by enabling noise testing, and offers industrial users immediate access to sophisticated quantum algorithms without requiring deep in-house expertise.
Our strong commitment to the industry is further demonstrated through our founding of QPARC, Japan’s largest industrial quantum consortium, with over 50 major companies.
By collaborating extensively with leading global hardware providers, QunaSys provides algorithms and software to maximize the performance of quantum computers, thereby contributing to the “social implementation” of quantum computers.
mqs.dk
Molecular Quantum Solutions (MQS) provides computational tools to accelerate research & development efforts by the pharma, biotech and chemical industry.
Our tools make use of super- and quantum-computers with computational models and algorithms to calculate the properties of materials and chemicals in a fast and efficient way.
Users are able to screen for example new materials for batteries, green solvents, new drugs and biodegradable plastics instead of conducting costly experiments in the laboratory.
At Quantum Machines, we are dedicated to building and deploying a comprehensive control stack – hardware and software, for the largest and most advanced quantum computers in the world. Full-stack quantum computer builders and researchers are racing to deliver quantum computing breakthroughs as it will transition to the much-desired fault-tolerant quantum computing era. Quantum Machines introduces Hybrid Control, a revolutionary new approach for quantum developers to effortlessly achieve their ambitious milestones. Hybrid Control harmonizes quantum and classical operations, eliminating friction and optimizing performance across software and hardware so builders can iterate at speed, resolve setbacks, and bring their visionary ideas to life.
hoiberg.com
HØIBERG is a European Intellectual Property firm that counsels on all aspects of intellectual property rights, including patents and IP strategies. We help ambitious and innovative companies create the products of tomorrow by protecting their IP today. Our approach combines technical insight with market intelligence. With deep expertise in quantum technology, our Hightech team unites PhD-level scientists and experienced European Patent Attorneys. We translate complex quantum inventions into clear, strategic IP protection with real commercial impact. At HØIBERG, we are ambitious on your behalf. We ensure your quantum breakthroughs give you a long-lasting competitive edge. From pioneering startups to global leaders, we support innovation at every stage.
Vescent provides precision frequency combs, laser systems, and control electronics that drive leading Quantum 2.0 solutions in quantum computing, quantum timing, quantum networking, and quantum sensing, as well as select adjacent markets. These products are built and optimized for leading lab hero experiments and rugged field use, an unheard-of combination until now. Vescent’s mission is to enable the scale-up of Quantum 2.0 technologies by providing the stability, precision, and integration needed to turn leading-edge discovery into deployment.
www.diasense.dk
DIASENSE develops quantum-sensing instruments that reveal hidden electrical currents deep inside semiconductor chips — completely non-invasive.
Our Quantum Diamond Magnetic Microscope (QDMM) uses NV centers in diamond to visualize current flow in 3D, enabling faster and more precise chip failure analysis and production monitoring.
We collaborate with leading partners such as Eurofins Maser and Presto Engineering to validate our prototypes on advanced devices.
Born from DTU Physics’ quantum research and incubated at BioInnovation Institute, DIASENSE is shaping the next generation of semiconductor inspection tools.
QVersion is a deep-tech spin-out from Aarhus University, developing a mid-infrared chip-based laser platform for molecular sensing and secure free-space communication.
By leveraging mature telecom technology, we can deliver the most compact and tunable mid-infrared laser on the market. We have developed a scalable platform that can be fabricated with standard equipment and procedures from the electronic chip industry, allowing fast and cost-effective volume production.
This positions QVersion to transform the sensing market and provide the key laser technology that enables secure quantum-encrypted free-space links
The NNF Quantum Computing Programme is an international, mission-driven research programme dedicated to achieving practical quantum advantage that can serve to solve life-science-relevant chemical and biological problems through integration of various scientific and engineering disciplines.
As part of the Niels Bohr Institute in Copenhagen, the programme seeks to innovate and integrate across the stack, from algorithms to nanofabrication, by combining scientific exploration, engineering for utility and scale, as well as a broad collaboration across research and industry.
https://innovationdistrictcopenhagen.dk
Anchored by five leading research institutions, this mature innovation ecosystem is possibly the best place in the world to launch or scale your research-based company. Join 500 start-ups. Choose between 10 incubator- and accelerator programmes and five start-up communities.
Innovation District Copenhagen is located in the heart of Copenhagen, one of the most live-able cities in the world and noted for its work/life balance.
Quantum Denmark is part of Danish Fundamental Metrology (DFM, Denmark’s National Metrology Institute and one of the country’s seven GTS institutes. DFM represents the highest level of measurement expertise in Denmark across a wide range of critical measurands.
DFM delivers an extensive portfolio of services to private and public enterprises as well as governmental authorities in fields closely linked to metrology and accreditation. Each year, DFM introduces new and enhanced services based on cutting-edge research in fundamental metrology, which directly supports innovation, quality assurance, and competitiveness in industry.
Through the establishment and continuous maintenance of national primary and reference standards, DFM provides access to fully traceable measurements and high-quality reference materials. To ensure confidence, quality, and international recognition of calibration and testing performed in Denmark, DFM works in close collaboration with laboratories, industry partners, and public authorities.
DFM also plays a central role in knowledge transfer by sharing metrological expertise with companies and authorities through specialized training programs and expert consultancy services.
DFM is 100% owned by DTU – the Technical University of Denmark.
At QAILinks, we are building the secure fabric of quantum intelligence. Our platform enables hospitals, research institutions, and life-science organizations to collaborate on advanced hybrid Quantum-AI applications without ever sharing sensitive patient data.
As AI adoption accelerates in healthcare and life sciences, progress is increasingly constrained by regulation, data silos, and the limits of classical computation. QAILinks introduces a new execution paradigm for regulated intelligence; one where data stays local, compliance is enforced by design, and intelligence moves securely across institutions. By unifying confidential computing, privacy-preserving federated learning, policy-driven governance, and hybrid quantum-AI orchestration, QAILinks enables large-scale, multi-institutional AI collaboration that is safe, auditable, and certifiable.
Our infrastructure allows institutions to iterate faster, validate models with real-world diversity, and unlock new precision-medicine and research capabilities; bringing trusted, scalable, and quantum intelligence to life.
The VILLUM Centre for the Mathematics of Quantum Theory (QMATH) aims to advance mathematical understanding of quantum physics with particular emphasis on the interplay between quantum matter and quantum information. We are motivated by the surprising informational aspects of quantum physics, its potential applications in quantum communication, and the long-term prospect of building a quantum computer. QMATH is funded by the VILLUM Foundation.
QMATH is committed to educating the next generation of quantum experts and has been deeply involved in developing and contributing to the interdisciplinary MSc program in Quantum Information Science (QIS), which is offered jointly by UCPH and DTU.
The Quantum for Life Centre is an interdisciplinary research centre funded by the Novo Nordisk Foundation. By combining research in quantum physic, mathematics, chemistry and data science, the goal of the centre is to develop strategies for the quantum simulation of biomolecules, and to show proof-of-principle demonstrations of their main functioning on atom-based experimental platforms.
This will contribute to the faster development of new drugs as well as speed up the computationally demanding tasks of analysing and interpreting large amounts of biological data – both essential to the medical industry of tomorrow.
Morrison Foerster (MoFo) is a global law firm headquartered in San Francisco, known for its strong focus on complex, high‑value legal work across the U.S., Europe, and Asia.
The firm has around 17–19 offices worldwide and between 750 and 1,000 lawyers and is consistently ranked among the top international firms and is noted for its innovative legal advice, deep expertise in technology‑driven industries, and a long-standing commitment to client service.
https://www.entrepreneurship.dtu.dk
Centre of Technology Entrepreneurship, DTU Entrepreneurship, build entrepreneurial culture and capabilities.
The centre strives to develop the entrepreneurial capabilities of students, civil society, executives, researchers, and policymakers to create positive social and economic change. At the Centre, the interplay between research, education and start-ups creates a thriving entrepreneurial ecosystem.
DTU Entrepreneurship is a social science research- and education centre at the Technical University of Denmark.