Professor Lieven Vandersypen (Photography: Studio Oostrum)

NWO has announced that our Director Research Lieven Vandersypen is awarded the NWO Spinoza Prize. The Spinoza Prize is the highest award in Dutch Science. Each laureate receives 2.5 million euros, which they can spend on scientific research and activities related to knowledge utilisation.

Lieven Vandersypen (1972) is Antoni van Leeuwenhoek Professor of Quantum Nanoscience at TU Delft and Director Research at QuTech. Vandersypen enjoys a worldwide reputation for his pioneering work in quantum computing, the branch of science devoted to developing a computer based on the mysterious phenomena of quantum mechanics.

Quantum computers can resolve mathematical problems that are too complex for even the best supercomputers, such as calculating the properties of molecules and materials. Accordingly, they could help to solve major societal challenges in domains such as energy, security and health. Lieven Vandersypen aims to find uses for nature’s most fundamental properties and has been pursuing that goal by conducting cutting-edge experiments in the field of quantum computing for more than twenty years.

During his doctoral research, Vandersypen already realized a world-wide first: he used the so-called spins of atomic nuclei in molecules as quantum bits, or qubits, the building blocks of a quantum computer. Using seven qubits, he was able to break down the number 15 into the factors 3 and 5, thus demonstrating that making calculations with qubits is not only possible in theory, but also in practice.

After obtaining his PhD, Vandersypen switched his attention from nuclear spins in molecules to the spins of electrons in quantum dots, minuscule objects made from semiconductor materials that are governed by the laws of quantum mechanics. They resemble transistors in many respects and can therefore be used to integrate large numbers of qubits in a chip. He was the first to manipulate individual electron spins, with both magnetic and electric fields. He was later also the first to implement quantum algorithms on two of those electron spins and to show the quantum interaction between an electron spin and a microwave photon. He also demonstrated that the same quantum dots could be used to study exotic forms of magnetism.

Vandersypen is not only an outstanding scientist, but also a visionary who advances his discipline through collaboration with partners in science and other domains. For example, he was one of the founders of the research institute QuTech, a collaboration between TU Delft and TNO, and persuaded the American corporation Intel to enter into a long-term partnership with QuTech. Vandersypen is also one of the architects of the demonstration project Quantum Inspire, the first European online quantum computer with which users can perform calculations from home with two different types of qubits.

Vandersypen is a highly decorated scientist who has received a number of prestigious grants for his research projects, including a Vidi and a Vici grant and ERC Starting Investigator, Synergy and Advanced grants. He has considerable experience in leading large groups of researchers, engineers, technicians and support staff and is attracts outstanding international students, PhD candidates and postdocs. Ten former group members have already formed their own research groups at prestigious institutions around the world.

The Spinoza committee is convinced that with his qualities, vision and drive and his excellent network of academic and private partners, Lieven Vandersypen will be able to make the further major scientific and technological breakthroughs that are required to realise the full potential of the quantum computer in the coming years.

Source: NWO Spinoza
Also read this article from QuTech, Vandersypen is one of the founders of the research institute QuTech, a collaboration between TU Delft and TNO.

QuiX Quantum, the worldwide market leader in quantum photonic processors, has delivered a 12-mode quantum photonic processor to Germany, for a collaboration with researchers from Paderborn University.  This photonic processor is the most powerful in the world.

Quantum photonic processors are the central component of photonic quantum computers, holding great promises in performing certain computations faster than current supercomputers. Machine learning, chemistry and finance are believed to be revolutionized by such quantum technology.

QuiX Quantum lead engineer Caterina Taballione says: “This collaboration confirms the continuing interest in our products from the major players in the international quantum photonics landscape. Paderborn University is at the forefront of integrated optics, and we look forward to the results of this collaboration.”

The announcement comes on the heels of the announcement of a sale to Qontrol, a British quantum technologies startup, and a sale to Quandela, the leading French quantum technologies firm. Prof Christine Silberhorn, head of the Integrated Quantum Optics group and spokeswoman of the Institute for Photonic Quantum Systems (PhoQS), says: “We have chosen QuiX because of the high quality, turnkey linear optical circuit as used for demonstrating quantum advantage in boson sampling experiments, that only QuiX can deliver.

QUIX | – Vrijdag 22 januari 2021 | © Verkijk

Germany has recently published its ‘Roadmap Quantencomputing’, which sketches the required steps on the way towards a working quantum computer. As a result, the German government announced a 2 billion Euro funding initiative for the development of quantum technologies in general and quantum computers in particular.

The success that QuiX Quantum’ products are having highlights the dominant position of photonics in the quantum computing landscape in the Netherlands, being the only able to provide turn-key quantum solutions.

From left to right: Ton van ‘t Noordende (Investor in Residence, Quantum Delta NL), Matthijs Rijlaarsdam (QuantWare). Alessandro Bruno (QuantWare), Freeke Heijman (director Quantum Delta NL). Photos by Rebekka Mell, in the DiCarlo Lab (QuTech).

Quantum Delta NL announces the launch of a two million euro micro fund called ‘LightSpeed Fund 1’. The fund will focus on supporting early stage quantum startups. Delft-based startup and participant in the LightSpeed program, QuantWare, is the first startup to receive funding.

The fund is part of Quantum Delta NL’s strategic roadmap to increase the number of successful quantum startups in the Netherlands. Currently, there are seven quantum startups in the Netherlands, and Quantum Delta NL is on a mission to see this number increase to 100 by 2027. These companies are considered to become of great value to the Dutch economy.

In pursuit of this goal, last month Quantum Delta NL launched its new initiative, LightSpeed. Lightspeed is a program connecting Dutch quantum startups in all phases, where the startups receive tailored assistance and guidance to scale up their businesses and optimize their attractiveness to top-tier investors. Specifically for the initiative, efforts were made to approach and bring in European and American funds with a wealth of experience to support startups. Lightspeed aims to create optimal conditions to build sustainable and future-proof startups.


Following today’s launch of the micro fund, managed by LightSpeed, Quantum Delta NL awards pre-seed tickets amounting to 50,000 euros each to early-stage startups in the field of quantum technology. LightSpeed adapted a modern instrument that is straightforward, founder-friendly and fills the gap in the earliest stage for quantum technology startups: the SAFE note (Simple Agreement for Future Equity). This approach gives startups the maximum flexibility needed in the earliest stages, particularly in the quantum technology space as development timelines and road to profitability extend far beyond that of classic startups. The investment does not have to be repaid, as with a traditional  convertible loan or note, if a startup fails to advance.

Quantum Delta NL’s Investor in Residence Ton van ‘t Noordende clarifies: “The Netherlands has a top position globally if we look at the number of quantum technology startups. This is unfortunately not the case on the capital side as there is virtually no professional venture capital available for early stage quantum startups. Our goal with Lightspeed is to enable founders to get the best possible start of their company.”

Quantum Delta NL has currently allocated two million euros for the pre-seed tickets and intends to award 5 to 15 tickets in fiscal year 2021/2022 and 35 to 40 tickets over the total period. The budget will be increased once Phase 1 of the National Growth Fund Program is underway.


QuantWare, a spinout of QuTech and part of the Quantum Delft ecosystem which develops high-performance quantum processors, is the first startup to tap into the microfund as part of a larger investment round. This makes it the second success story in the LightSpeed program. LightSpeed has also supported and guided the Delft-based startup QphoX in their fundraising round, which raised two million euros in funding with the help of the LightSpeed team to bring its Quantum Modem to the market.


Startups and building a business ecosystem are key pillars of the Quantum Delta NL-program that heard it will receive  615 million euros from the National Growth Fund in April. Among other things, the program fuels the further development of the first European quantum computer and a quantum internet, openly accessible to end users in business and social sectors, including education. McKinsey calculated that in the medium term, the program will raise the gross domestic product by 5 to 7 billion euros and create 30,000 high-quality jobs in the Netherlands.

Freeke Heijman, director Quantum Delta NL: “We want the knowledge from the scientific labs to lead to new businesses in the Netherlands and Europe. With LightSpeed and this fund, promising initiatives will get an unprecedented acceleration to scale up their idea to a startup or scale-up.”

Ton van ‘t Noordende, Investor in Residence Quantum Delta NL: “We see the micro fund as a logical extension of LightSpeed. Promising and early stage initiatives only need a small injection of capital to hit the ground running. This is proven by QuantWare which, relying on our investment and on Lightspeed’s guidance, has raised immediate market capital even before launching their company.”

Alessandro Bruno, Director of Engineering at QuantWare: “The support from this fund and LightSpeed will allow us to bring our quantum processors to market. In doing so, we are making quantum accessible to more parties. In this way, we can make a crucial contribution that allows the Dutch quantum ecosystem to build on its current lead.”

Original press release here

22 July 2021 – QuiX Quantum reports the realization of the largest Universal Quantum Photonic Processor in a scientific paper published today.

In a scientific paper published in Materials for Quantum Technology today, QuiX Quantum demonstrates the world’s largest universal quantum photonic processor, which shows excellent performance for quantum information processing and computing applications. With this work, QuiX Quantum demonstrates the first commercially available, turn-key processor for photonic quantum computing.

The results reported in the paper highlight the unique expertise of QuiX Quantum in combining photonic and quantum systems engineering, and the market-readiness of the technological solution. QuiX’ expertise and technology can provide solutions for the entire spectrum of quantum applications.

Photonic processors are a crucial component for photonic quantum computing, which promise great impact in the fields of machine learning, quantum chemistry and cryptography. The universal quantum photonic processor reported in the paper is embedded in a plug-and-play control system operated by QuiX’ dedicated control software.

QuiX Quantum’s CTO Jelmer Renema says: “With this work we have demonstrated not only a leading position in the commercial landscape of photonics quantum computing, but also in the technological development of quantum photonic engineering.”

QuiX Quantum is a company based in Enschede, the Netherlands, that realizes quantum technology solutions based on the proprietary silicon nitride waveguide technology TriPleX that enables the realization of large-scale integrated photonic circuits with low loss. The maturity of the waveguide technology allows for achieving full reconfigurability and all-to-all connectivity of the elements of the photonic processor that can be thus defined as universal.

Photo credit: Daniël Verkijk

Source: Quix News

The program for the international MicroNanoConference 2021 is well underway with speakers from academia and industry. On December 2 and 3, 2021 we look forward to meeting you on location in Utrecht, at the Jaarbeurs.

This year’s main theme is: From science to market – scale-up in nanotech

With these sub sessions, that you will find in the program:

  • Nano4Health & Life Sciences
  • Nano4Agri& Food
  • Scale-up in nanotechnology
  • Miniturization in nanotechnology
  • Manufacturing in nanotechnology
  • Life after PhD

Tickets are now available at an early bird rate and it is now also possible to submit an abstract for either a poster or oral presentation at the conference. Read more about the program, tickets and abstract submission on the iMNC21 website.

For companies who would like to both support the micro- nano community and also showcase their company to this community, sponsor and exhibitor opportunities will be published soon.

Read more:

On Monday 14 June the Dutch State Secretary for Economic Affairs and Climate Policy Mona Keijzer, visited the Quantum Delta NL Center for Quantum Materials and Technology in Eindhoven. During this working visit she was shown some of the cutting edge research projects and laboratories that stand to benefit directly from the € 615 million award from the National Growth Fund.

Alongside the discussions on Quantum, there was some time to focus on the unique open infrastructure that puts The Netherlands at the forefront of innovation in quantum- and nanotechnology. Out of the € 615 million NGF award, € 150 million is reserved for maintaining and developing this infrastructure. Prof. Guus Rijnders, chairman of NanoLabNL and member of the supervisory board of Quantum Delta, explained from first-hand experience why and how NanoLabNL develops and maintains a thriving technological ecosystem.

Guus Rijnders also offered Mrs. Keijzer the first edition of the newly published NanoLabNL Manifesto; a broad testimony that focuses on the importance of open access high-tech cleanrooms, facilities and equipment, important for education, research, technology development and transfer. NanoLabNL is crucial in maintaining our leading position in many current and future science, as well as research & innovation, that rely on micro and nano fabrication. He expressed his appreciation for the financial support and urged the State Secretary to keep the subject of a healthy and viable scientific climate high on the political agenda.

Download the manifesto

The construction of the Dutch “national headquarters” for quantum technology has begun. Located at the Delft University of Technology (TU Delft) campus, the House of Quantum will put scientists, students, entrepreneurs and financiers in close quarters, in hopes of creating a smooth ecosystem that will accelerate the technology’s development and adoption. It will also feature the Living Lab Quantum and Society: an environment where stakeholders come together to develop ethical, legal and social standards surrounding quantum technology.

Credit: Marieke de Lorijn

“With the House of Quantum, we’re taking the next important step in building the best ecosystem for quantum technology in Europe. It’s great to soon have a place where our program comes together physically. This really will be our business card to the world,” says Freeke Heijman, director of Quantum Delta NL, a public-private partnership tasked with bolstering Dutch quantum activities. The consortium was recently awarded 615 million euros in funding from the National Growth Fund.

Source news: Bits&Chips

Quantum Delta NL launches LightSpeed, a program that can connect Dutch quantum startups with 13.6 billion in investment capital, managed by European and U.S. funds. The startups will be guided by Quantum Delta NL’s Investor in Residence Ton van ‘t Noordende (founder PHX, founder and former deep tech investor | 01Ventures).

With LightSpeed, quantum startups will receive personalized tailored assistance to scale their businesses and optimize their attractiveness to investors. Specifically for the project, contact has been made with European and American funds, totalling up to 13.6 billion in investment capital. By helping these startups with everything related to scaling their business and fundraising, rapid scenario planning, cap table assessment and finding investors, Quantum Delta NL wants to increase the number of successful quantum startups founded in the Netherlands. Currently, the country has 7 official quantum startups. This number should grow to 100 by 2028. These companies are considered to become of great value to the Dutch economy.

LightSpeed is built for Dutch quantum startups in all phases, ranging from pre-foundation to series B and everything in between, with a focus on market validation and investment. The LightSpeed-team has led the effort and guided Delft-based quantum modem startup QphoX to successfully raise 2 million euros in funding, right out of stealth. The funding round was led by a European syndicate of top deeptech investors, Quantonation, Speedinvest and High-Tech Gründerfonds, with participation from TU Delft University.

Startups and building a business ecosystem are key pillars of the Quantum Delta NL-programme that received 615 million euros from the National Growth Fund last month. Among other things, the programme fuels the further development of the first European quantum computer and a quantum internet, openly accessible to end users in business and social sectors, including education. McKinsey calculated that in the medium term, the programme will lead to a contribution to the gross domestic product of 5 to 7 billion euros and 30,000 high-quality jobs in the Netherlands.

Freeke Heijman, director Quantum Delta NL: “Building a business ecosystem is an important pillar of the Quantum Delta NL programme. We want the scientific knowledge which is developed in our quantum labs, to also lead to new business activity within the Netherlands and Europe. Because of LightSpeed, promising initiatives receive an unprecedented acceleration to scale their idea into a startup or scale up. Central to our guidance is the startup team’s specific needs.”

Ton van ‘t Noordende, Investor in Residence Quantum Delta NL: “Our goal is to make the Netherlands the number one quantum technology startup ecosystem in the world. That’s why LightSpeed is all about the builders. The founders who will actually make the quantum leap. We are there to facilitate their journey and provide the best possible, personalized support and access to top investors worldwide. We take a reverse approach to classic acceleration processes. It is not the stage they are in that counts, but the potential. With our network and support, we make sure they go from zero to 100 quickly.”

Simon Gröblacher, Co-founder QphoX: “LightSpeed is specifically designed to address the toughest question for any startup founder: are you ready to scale and if so, where do you start to discover investment-related parties that can help secure your vision? It has been incredibly helpful for us to take on this challenge with help from inspiring entrepreneurs like Ton van ‘t Noordende.”

Simon Gröblacher works on QphoX’ quantum modem. Photo: Rebekka Mell

A team of researchers from QuTech in the Netherlands reports realization of the first multi-node quantum network, connecting three quantum processors. In addition, they achieved a proof-of-principle demonstration of key quantum network protocols. Their findings mark an important milestone towards the future quantum internet and have now been published in Science.

The quantum internet

The power of the Internet is that it allows any two computers on Earth to be connected with each other, enabling applications undreamt of at the time of its creation decades ago. Today, researchers in many labs around the world are working towards first versions of a quantum internet – a network that can connect any two quantum devices, such as quantum computers or sensors, over large distances. Whereas today’s Internet distributes information in bits (that can be either 0 or 1), a future quantum internet will make use of quantum bits that can be 0 and 1 at the same time. ‘A quantum internet will open up a range of novel applications, from unhackable communication and cloud computing with complete user privacy to high-precision time-keeping,’ says Matteo Pompili, PhD student and a member of the research team. ‘And like with the Internet 40 years ago, there are probably many applications we cannot foresee right now.

Co-authors Matteo Pompili (left) and Sophie Hermans (right), both PhD student in the group of Ronald Hanson, at one of the quantum network nodes.

Towards ubiquitous connectivity

The first steps towards a quantum internet were taken in the past decade by linking two quantum devices that shared a direct physical link. However, being able to pass on quantum information through intermediate nodes (analogous to routers in the classical internet) is essential for creating a scalable quantum network. In addition, many promising quantum internet applications rely on entangled quantum bits, to be distributed between multiple nodes. Entanglement is a phenomenon observed at the quantum scale, fundamentally connecting particles at small and even at large distances. It provides quantum computers their enormous computational power and it is the fundamental resource for sharing quantum information over the future quantum internet. By realizing their quantum network in the lab, a team of researchers at QuTech – a collaboration between Delft University of Technology and TNO – is the first to have connected two quantum processors through an intermediate node and to have established shared entanglement between multiple stand-alone quantum processors.

Operating the quantum network

The rudimentary quantum network consists of three quantum nodes, at some distance within the same building. To make these nodes operate as a true network, the researchers had to invent a novel architecture that enables scaling beyond a single link. The middle node (called Bob) has a physical connection to both outer nodes (called Alice and Charlie), allowing entanglement links with each of these nodes to be established. Bob is equipped with an additional quantum bit that can be used as memory, allowing a previously generated quantum link to be stored while a new link is being established. After establishing the quantum links Alice–Bob and Bob–Charlie, a set of quantum operations at Bob converts these links into a quantum link Alice-Charlie. Alternatively, by performing a different set of quantum operations at Bob, entanglement between all three nodes is established.

Researchers work on one of the quantum network nodes, where mirrors and filters guide the laser beams to the diamond chip.

Ready for subsequent use

An important feature of the network is that it announces the successful completion of these (intrinsically probabilistic) protocols with a “flag” signal. Such heralding is crucial for scalability, as in a future quantum internet many of such protocols will need to be concatenated. ‘Once established, we were able to preserve the resulting entangled states, protecting them from noise,’ says Sophie Hermans, another member of the team. ‘It means that, in principle, we can use these states for quantum key distribution, a quantum computation or any other subsequent quantum protocol.’

Quantum Internet Demonstrator

This first entanglement-based quantum network provides the researchers with a unique testbed for developing and testing quantum internet hardware, software and protocols. ‘The future quantum internet will consist of countless quantum devices and intermediate nodes,’ says Ronald Hanson, who led the research team. ‘Colleagues at QuTech are already looking into future compatibility with existing data infrastructures.’ In due time, the current proof-of-principle approach will be tested outside the lab on existing telecom fibre – on QuTech’s Quantum Internet Demonstrator, of which the first metropolitan link is scheduled to be completed in 2022.

Higher-level layers

In the lab, the researchers will focus on adding more quantum bits to their three-node network and on adding higher level software and hardware layers. Pompili: ‘Once all the high-level control and interface layers for running the network have been developed, anybody will be able to write and run a network application without needing to understand how lasers and cryostats work. That is the end goal.’

Source: QuTech news item

Press release April 9, 2021

1.35 Billion euros will be made available from the National Growth Fund (Groeifonds) for artificial intelligence, regenerative medicine, infrastructure for health data, quantum technology and hydrogen / green chemistry. This concerns the funding of 5 proposals (awards and reservations) for research and innovation submitted by State Secretary Mona Keijzer (Economic Affairs and Climate) on behalf of cooperating companies, knowledge institutions and governments.

According to the independent advisory committee, they contribute to economic growth, the strengthening of research and innovation ecosystems and the international knowledge and competitive position of the Netherlands. The decision of the advisory committee on the first round of the National Growth Fund was adopted by the Council of Ministers today. In addition to supporting innovative strength, proposals for strengthening infrastructure (IenW) and knowledge development (OCW) were also assessed. It concerned a total of 15 applications.

State Secretary Mona Keijzer (EZK): “Innovation aimed at digitization, sustainability and health immediately acquired a prominent place at the start of the National Growth Fund. That is good for all Dutch people. After all: research and development is the key to sustainable growth and thus our jobs and income for the future. ”

The State Secretary continues: “The large-scale public funding for these five innovative applications will make an important contribution to keep our country prosperous. It is necessary for the government to take on a more active role to further develop research, innovation and technology, to allow start-ups to continue to grow, to attract talent, to maintain innovation in the Netherlands and thus to strengthen our international position. I see great opportunities for the cooperating companies, knowledge institutions and governments involved in this to capitalize on these challenges. ”

The five funded proposals from research and development (R&D) and innovation are:

Quantum Delta Nederland – 615 Million Euro

The Dutch knowledge position in the field of quantum technology is among the best in the world. The proposal to further expand the ecosystem and convert it into business is fully funded (615 million euros). Quantum Delta Netherlands works in Amsterdam, Delft, Eindhoven, Leiden and Twente with a large coalition of companies, universities and other knowledge institutions on setting up the necessary infrastructure, developing the technology and its applicability. Part of the plan is also investing in employees for the future, so that this new sector will soon have enough trained personnel.

Quantum technology uses two principles: entanglement and superposition. Entanglement means that two particles are non-physically connected. If one changes, the other changes immediately: faster than light. This makes new, extremely safe and fast (communication) networks possible. Superposition ensures that, instead of regular bits that can be either 0 or 1 alone, qubits are 0 and 1 at the same time. That releases a lot of computing power. A quantum computer can do calculations that modern computers would take centuries to do.

Quantum Delta Netherlands is developing the first quantum computer that is of great importance for more efficient production or transport due to the calculation speed. But is also working on the first larger quantum network and on quantum sensors that are able to measure changes in very small particles, such as in DNA. Another future contribution is the contribution to cybersecurity via a secure (quantum) internet.

Regenerative medicine: RegMed XB 56 million euro

The amount requested for two biomedical innovation proposals is fully funded. The first is RegMed XB (56 million euros), which will build four Dutch pilot factories (Eindhoven, Leiden, Maastricht, Utrecht) for the development of regenerative medicine. This focuses on the repair of damage to cells, tissues and organs, so that chronic diseases can be prevented or cured.

Healthcare is a global, growing market due to an increasing population and an aging population. Effective treatments with gene and stem cell therapy are therefore also a great economic opportunity. The economic goal of RegMed XB is to enable Dutch businesses to develop these innovative products and processes together with researchers and to respond to a rapidly growing foreign market.

Health-RI: infrastructure for health data – 69 million euro

The second proposal within the theme of biomedical innovation is about setting up an integrated and secure national health data infrastructure. This involves pooling and reusing Dutch knowledge in the field of health, not a data infrastructure for patient care. The requested amount of 69 million euros from the public-private partnership Health-RI is also fully funded.

Data is currently still being managed in a fragmented way by many healthcare and science organizations such as the University Medical Centers. Joining forces is essential to develop new and more effective (personalized) solutions for diagnosis, treatment and prevention more quickly and cheaply. The large amount of new fundamental knowledge about lifestyle, health and disease, combined with a technology such as artificial intelligence (AI), contributes to both our health and to Dutch companies that are active in this field.

Scale up of Opschalen van hydrogen and green electrons in industry – 338 million euro

The Green Power proposal is partially funded (338 million euros) and is aimed at the upscaling of hydrogen and the application of green electrons in energy-intensive industries. It concerns an integrated approach by companies, governments and knowledge institutions in this sector, including a broadly coherent research and innovation program and an education agenda. Moreover, development can make a significant contribution to the climate challenge.

Public investments must create a powerful and flexible hydrogen ecosystem that forms the basis for the upscaling of hydrogen and electrochemistry. Industrial clusters with opportunities for this are the Northern Netherlands, Amsterdam, Rotterdam / Moerdijk, Zeeland, Arnhem, Brainport Eindhoven and Limburg (Chemelot).

More research and innovations are needed to ultimately be able to use green hydrogen efficiently and more cheaply. This also creates interesting revenue models for the Netherlands, both in a possible role as producer or international distributor.

AiNed: investment program artificial intelligence – 276 million euro

The Dutch AI Coalition (NL AIC), a public-private partnership of more than 250 participants, has been largely funded (276 million euros) for the first phase of its investment proposal for artificial intelligence (AI). The ambition of the so-called AiNed program is to get the Netherlands in the international leading group of countries, both in terms of social conditions and the economic utilization of AI.

AI can be widely applied for, for example, more efficient energy systems, smarter mobility and logistics or better healthcare. The proposal focuses on a coordinated Dutch approach to strengthen knowledge and applicability of AI through research, innovation, valorisation, education and to ensure people-oriented, responsible application of AI in society.

The focus in the approach for the accelerated application of AI in the Netherlands is on sectors that generate the most earning potential: high-tech industry, mobility, logistics, energy, health and care. The strategic program therefore invests in attracting and retaining talented AI scientists, training and education, developing social frameworks for applications and intensifying participation in European programs, so that more EU money comes to the Netherlands.

Second round of financing from National Growth Fund

In total, State Secretary Mona Keijzer submitted six proposals on behalf of the parties involved for the first round. The FoodSwitch proposal has not been accepted. The National Growth Fund has announced that a second round will follow this year in which improved and new proposals can be submitted for funding. Research and development (R&D) and innovation remain one of the pillars of the fund. A total of 20 billion euros is available from the fund until 2026, in the first round, 4 billion euros (partly conditionally) has been allocated and reserved today.