At QLAB, we boldly push the boundaries of knowledge, seamlessly integrating disruptive quantum technologies with classical digital infrastructure. As researchers, we have embraced the ultimate challenge: transitioning innovations from the laboratory directly to the economy to build Europe’s enduring technological sovereignty. We are turning a grand vision into tangible reality!
To effectively translate science into tangible technological demonstrators, our work at QLAB is driven by a cohesive “innovation loop.” This encompasses the entire process—from the development of pure theory and algorithms, through the construction of proprietary photonic hardware, to final real-world applications.
Our activities are structured around four specialized Research Groups:
Led by Prof. M. Stobińska, this group develops solutions for quantum communication and the quantum internet. We investigate the Entropy Accumulation Theorem (EAT) and rigorous security proofs. We also design hybrid quantum and post-quantum cryptography systems tailored for wide-area networks and critical infrastructure.
Led by Dr. M. Karpiński, we engineer advanced photonic components and integrate them with both quantum and ICT systems. Our work involves developing highly efficient quantum light sources, advanced detection technologies, and programmable circuits, alongside testing protocols in real-world environments.
Led by Dr. R. Łapkiewicz, we advance multimode photonic platforms that surpass classical limits in imaging and metrology. We pioneer novel techniques, such as super-resolution microscopy. Our ultimate goal is to deliver quantum microscopy systems tailored for biomedical and industrial applications.
This team focuses on hybrid quantum algorithms and innovative computing paradigms, including neuromorphic systems and generative models. We optimize algorithms specifically for NISQ architectures. The outcome of our research will be highly energy-efficient software and advanced photonic processors.
Transitioning from fundamental quantum physics discoveries to commercialization requires stable, large-scale funding. At QLAB, our growth is driven by securing competitive national grants and European Union funds. Participating in flagship programs such as the Quantum Flagship and EuroQCI is more than a funding mechanism; it is a strategic partnership that integrates us tightly into the European innovation ecosystem.
By effectively leveraging these resources, we are evolving into a fully equipped technology center. These funds directly enable the construction of a unique photonic infrastructure, the creation of functional demonstrators, and the accelerated transfer of technology to the economy. It is these investments that make the promise of the quantum revolution truly tangible.
QLAB is an integral part of the Faculty of Physics at the University of Warsaw—one of the world’s leading research institutions. This prestigious academic backing guarantees the highest scientific rigor of our research, access to top-tier talent, and a stable foundation for innovation.
The primary funding source for our pioneering research. Through the support of the FNP and EU funds, we continuously expand our unique laboratory infrastructure, build advanced demonstrators, and effectively transfer quantum technologies to the market.
Our key academic partner in Paris. This world-class institution supports QLAB in defining strategic research directions and implementing global best practices. Our collaboration encompasses joint projects, co-authored publications, and researcher mobility.
The center’s primary industrial partner. PSNC provides extensive high-performance computing and networking capabilities, enabling us to test prototypes and seamlessly integrate quantum systems with classical infrastructure.
Stay up to date with our latest breakthroughs in hybrid quantum technologies. Here you will find the newest updates on our research into secure quantum networks, artificial intelligence algorithms, and ultrasensitive metrology. Follow our progress, read about new partnerships, secured grants, and the vibrant life of our team. Discover how we are shaping the technological future at the University of Warsaw.
