Enabling the Future with High Tech
Addressing societal challenges with photonic, nano and quantum technology.
Enabling the Future with High Tech
Societal challenges such as climate change, geopolitical security issues, and an ageing population are widely recognised. However, the fact that photonic, nano, and quantum technology can provide solutions to these global problems remains largely unknown to many.
Addressing these major dilemmas requires an approach in which technology plays a central role. Key enabling technologies in general – and photonics, nano, and quantum technology in particular – are therefore in the spotlight when it comes to the strategic plans of businesses and governments. These technologies enable, for instance, secure communication, the development of smarter and more cost-effective sensors, and the creation of highly targeted medicines.
Are you curious to learn ánd share:
• what the latest developments and innovations in this field are?
• what lessons have been learned so far?
• what challenges lie ahead?
• how collaboration is taking place between research, education, and industry?
• what the future holds?
Are you active in business, education, research or policy? Or simply curious about the future of high tech?
Then sign up via the QR code on the flyer or the Eventbrite page and join the conversation on the technologies that are set to shape our world.
📅 Thursday, May 22, 2025
🕥 10:30 AM – 5:00 PM (doors open at 10:00 AM)
📍 Amsterdam University of Applied Sciences, Jakoba Mulderhuis – Gerard van Haarlem Auditorium
🗣️ Language: English
🎟️ Admission: Free
🔗 Register via Eventbrite
This symposium will be held in English. The maximum capacity of the venue is 160 persons.
Who is it for?
This symposium is intended for professionals working in industry, public institutions, and knowledge organisations (including vocational, higher professional, and academic institutions). Potential attendees include:
🔹 Scientists and researchers – Academics working in physics, electrical engineering, materials science and nanotechnology
🔹 Engineers and technologists – Professionals developing optical systems, semiconductors, quantum computers and nanotech solutions
🔹 Students and PhD candidates – Master’s and doctoral students in physics, computer science and engineering
🔹 Industry experts and entrepreneurs – Companies and startups in high-tech sectors such as photonics, quantum computing, telecom and sensor technologies
🔹 Government and policymakers – Organizations driving innovation, including ministries, EU programs and investment bodies
🔹 Investors and VCs – Those interested in deep-tech startups and commercial applications of these emerging technologies
PROGRAM:
10:00 Arrival & registration
10:30 Opening and welcome – Marten Teitsma, Professor Applied Quantum Computing, Amsterdam University of Applied Sciences
10:35 Video message – Geleyn Meijer, Rector at the Amsterdam University of Applied Sciences
10:45 Presentation by keynote speaker – Jetske Verkerk, Manager at the Directorate Innovation and Knowledge, Ministry of Economic Affairs
Bringing technology to practice together
Photonics, nano and quantum technologies are critical to our economic future and to the challenges facing society. They touch upon strategic autonomy and sustainable growth. But to stay ahead internationally, cooperation is essential: between government, knowledge institutions and industry. Universities of Applied Sciences, with their practice-oriented research, are the bridge between fundamental knowledge and concrete applications.
This keynote will highlight the strategic vision behind Dutch innovation policy, public-private partnerships and the country's commitment to creating a robust innovation environment. Participants can expect to hear examples from practice.
11:15 Session A: PHOTONICS – Three Projects
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11:15 - 11:35
Focus on Photonics
As a field that is developing rapidly and impacts many other fields, photonics has been identified as a key enabling technology. This contribution will focus on photonics instrumentation for sensing and measurement in practical applications. Several (spectral) imaging and fiber optics sensing technologies will be highlighted: low cost spectral imaging and contactless stem size measurement for agri and horti-culture, and a concept for measuring the bending of a catheter with fiber sensors. The latest developments regarding the Integral Plan on Optics and Photonics will also be shared.
Steven van den Berg
Professor Photonics
The Hague University of Applied Sciences -
11:35 - 11:55
Experimental education in photonics for physics professionals at Fontys
At the physics research group in Fontys we are working on photonics setups with Photonic Integrated Circuits, fiber optics and understanding in quantum photonics. In this talk Inge Leermakers provides insight in the current setups, projects and goals. Together with teachers we want to educate the future technical professionals. We are always open for more collaboration.
Inge Leermakers
Professor Physics
Fontys University of Applied Sciences -
11:55 - 12:15
Content of this presentation will follow soon
Cas Damen
Professor Applied Nanotechnology
Saxion University of Applied Sciences
12:15 Lunch & Access to the High Tech Demo Hub
13:15 Session B: NANO – Three Projects
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13:15 - 13:35
It’s a small world after all – on Nanotechnology in expertisehub FONQT at THUAS
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On labs:
o Key Enabling Technology labs
o Clean Room facilities -
Funding:
o Beethoven, Photondelta, Quantumdelta -
Projects at THUAS:
o NWO NWA-ORC Observed on e-nose development
o SIA Raak MKB MRI proof sensors suitable for characterisation
o SAW sensor for cancer detection
John Bolte
Professor Smart Sensor Systems
The Hague University of Applied Sciences
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13:35 - 13.55
Content of this presentation will follow soon
Gennady Oshovsky
Rotterdam University of Applied Sciences -
13:55 - 14:15
Circular smart windows can reduce material and energy use in the future
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Introduction (history and state-of-the-art application windows)
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Development of dynamic (smart) windows (thermochromic)
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Pilot Production at TNO BMC, Developments Climad Technology
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INZET setup (Special optical setup)
Zeger Vroon
Professor in Sustainable Energy
Academy of Engineering
Zuyd University of Applied Sciences
14:15 Session C: QUANTUM – Two Projects
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14:15 - 14:35
Shaping the Quantum Future: Collaborative Photonics for Sensing, Security, and Computing at Saxion
In this presentation Tjeerd Bollmann will explore the cutting-edge quantum research conducted at Saxion University of Applied Sciences, focusing on three key photonics-based themes:
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Quantum Sensing using NV centers
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Quantum Secure Authentication
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Quantum Computing with the Quantum Photonics Processor developed in collaboration with QuiX Quantum
These themes are central to the goal of Saxion of advancing quantum technologies while working closely with industry partners and research institutes within the ecosystem. They are committed to not only pushing the boundaries of quantum applications but also preparing the next generation of researchers and engineers through hands-on training and education in quantum photonics. Join this presentation as Tjeerd highlights how Saxion is shaping the future of quantum technology through collaboration, innovation and talent development.
Tjeerd Bollmann
Senior Researcher and Lecturer at the research group Applied Nanotechnology
Saxion University of Applied Sciences
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14:35 - 14:55
There's Plenty of Room at the Bottom
Three research subjects on quantum technology at the AUAS will be highlighted:
· Quantum Sensing of underground infrastructure: by using NV-centers in diamonds we can with high resolution measure magnetic fields and so detect cables, pipes and other material in the underground.
· Using Quantum Machine Learning to enhance the precision of simulation used for X-ray analysis of chemical spectra: in this project more accurate modelling of the electron states in atoms and ions will lead to more accurate modelling of the X-ray photons that emerge at electron transitions from higher to lower quantum states.
· Quantum Organisational Readiness Levels for business: what organisations should do when there is a wish to use quantum computing in their workflow with a reference to the European Competence Framework on Quantum Technology.
Marten Teitsma
Professor Applied Quantum Computing
Amsterdam University of Applied Sciences
14:55 Break & Access to the High Tech Demo Hub
15:30 High Tech in General by keynote speaker –
Content of this presentation will follow soon
Oded Raz
Scientific Programme Manager
PhotonDelta
16:00 Networking Reception with Drinks & Bites
About FONQT
This symposium is organized by FONQT, the SIA platform uniting Photonics, Nano and Quantum Technologies, with the goal of strengthening their foundation within universities of applied sciences. Learn more on the SIA website.