In 10 years, classical hardware will stop growing in performance. Quantum computing is the only alternative, available technology.
The core approach of QBee\(^2\) is to start from the classical algorithms, understand the solutions they provide and define those problems in the Quantum Computing Logic way, called QC-logic.
We stay active on developing quantum computer software in the following fields:
▪Quantum genetics:
     •Quantum Genome Sequencing: was developed and tested using industrial classical software, originally developed by BlueBee.
     •Quantum Vaccine Development: using mRNA, we are now working on a version of vaccine algorithms.
▪Quantum Computational Chemistry:
     •Using VQE-algorithms, we look at chemistry problems and define them in a QC-logic way.
     •Deloitte GE competition: QBee\(^2\) won the German Deloitte competition on global warming.
     •This paper is interesting to read: "Toward" Metal-Organic Framework Design by Quantum Computing.
▪Quantum Earth Observation (EO):
     •Satellite images for EO: those images provide information on many challenges of this planet. Examples are coastal dynamics industrial disasters, city evolution, natural disasters,…
     •Quantum EO algorithms: given the huge amount of images, scalable compute power is needed. In addition, those algorithms are also relevant to explore the planet Mars.
Email: koen.bertels@qbee.eu
LinkedIn: https://www.linkedin.com/company/qbeex/
Youtube: https://www.youtube.com/@QBeeQuantum