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BEIT
Quantum Technology Experts
Pushing the limits of quantum computation through fundamental R&D in optimization, error correction and chemical simulation.
Supported by the European Innovation Council
Our Mission
Fast-Tracking the Quantum Era with Algorithmic Innovations
At BEIT we focus on developing innovative algorithmic techniques to advance the ability of quantum computing. By studying the fundamental building blocks of quantum algorithms, we work to reduce their error and optimize their resource demand to achieve quantum advantage sooner. Our research spans a wide range of applications, from optimization to quantum chemistry simulation. We are committed to pushing the boundaries of quantum computation and harnessing its potential to solve complex problems in science and industry.
Our Technology
Quantum Algorithms
Understand how our quantum and quantum inspired algorithms offer new solutions in optimization.
Quantum Error Correction
Learn about quantum error correction and its importance in building reliable quantum computers.
Material Simulation
Discover how quantum simulations are reshaping the field of materials design from drugs to batteries.
Milestones
Founding
Founding
BEIT was founded in 2017 in Krakow, Poland, by three experienced professionals with strong backgrounds in technology and academia. The founders had previously held important roles at major organizations such as Google, CERN, Motorola, and Allegro, Poland’s largest e-commerce platform. Their combined experiences covered areas critical to advanced computing, including quantum physics, network systems, and algorithm development. They also brought academic insights from their time as professors and researchers. This mix of industry knowledge and academic expertise provided a solid foundation for BEIT to innovate in the quantum computing field.
Paulina Mazurek
Co-founder, CEO
Wojciech Burkot
Co-founder, Chief Physics Officer
PhD in Physics, Jagiellonian University
Witold Jarnicki
Co-founder, Chief Mathematics Officer
PhD in Mathematics, Jagiellonian University
Creative Destruction Lab
Creative Destruction Lab
Successfully graduated from the Creative Destruction Lab's quantum stream, marking our early commitment to quantum innovation.
Pre Seed
Pre Seed
Secured our initial funding of $1.4 million USD consortium led by Kindred Capital , including Manta Ray Ventures, Firebolt Ventures, Charles M. Songhurst and George Armoyan. Our new investors are our CDL investors: Data Collective VC, Bloomberg Beta and Spectrum28. The funds will be used to match the company’s EU grants of $2.6M USD in order to speed up the development of quantum algorithms, as well as to expand business development.
Quantum Advantage Breakthrough
Quantum Advantage Breakthrough
Achieved a significant breakthrough in quantum advantage for unstructured search in high-dimensional spaces in partnership with the Honeywell Quantum Solutions team (now Quantinuum). This work showcased our Micro Diffuser algorithm's potential in harnessing quantum capabilities beyond traditional constraints.
European Innovation Council Grant
European Innovation Council Grant
Secured a grant of €2.5 million from the European Innovation Council (EIC) for resource estimation and the pursuit of innovative approaches in quantum chemistry simulation, aimed at solving complex molecular properties for applications in battery design. BEIT has raised over $6.5m USD in non-diluting grants from European government programs.
Seed Round
Seed Round
Raised $3.2 million USD in seed investment lead by Tensor Ventures, accelerating our development and scaling of next-generation quantum computing solutions aimed at industrial and scientific challenges.
Washington Office Opens
Washington Office Opens
Marked our expansion into North America by opening a new office in Washington focused on business development and customer education.
Toronto Office Opens
Toronto Office Opens
Continuing our expansion into North America with a new office in Toronto, enhancing our global reach and operational capacity. The Toronto team is focusing on fault-tolerant quantum computing for quantum simulation.