Divide & Quantum: Hybrid quantum computing for social and industrial applications
Project
Divide & Quantum is an interdisciplinary research and innovation project within the Dutch Research Agenda (NWA) that investigates how the first generation of quantum computers can create social and economic value in the short term. The project focuses on the intelligent combination of quantum computers with classical computers to address socially and industrially relevant issues, such as medical image analysis, chemical simulations and financial optimisation problems. The project is funded by NWO.
Background
Quantum computers show great potential, but are currently still vulnerable to errors and have limited practical applications. Divide & Quantum is therefore investigating a hybrid approach, in which quantum computers are not seen as a replacement for classical computing, but as a complement to it.
By breaking down complex problems into parts suitable for quantum processing and classical processing, researchers are developing new quantum algorithms and computational methods that can be applied to existing quantum hardware.
Goal
The aim of the project is to explore various solutions for harnessing the power of quantum computers in the short term. A key focus is on how small, first-generation quantum computers can be combined with classical computers to tackle realistic and relevant problems.
In addition, the project aims to raise awareness, build basic knowledge and foster enthusiasm for quantum computing.
Approach
Divide & Quantum develops and tests hybrid quantum solutions in real-world case studies across a range of fields, including:
- medical challenges and quantum machine learning
- chemical and materials simulations
- financial and industrial applications
To this end, the project is collaborating with businesses, civil society organisations, research institutes and universities of applied sciences. In addition to fundamental and applied research, the project has a strong social and educational component. Through workshops such as ‘Introduction to Quantum Computing’, participants are introduced to the basic principles, opportunities and risks of quantum technology. These workshops help organisations to form realistic expectations, recognise opportunities and consider next steps, such as applications, cybersecurity and strategic preparation.
Expected outcomes
Divide & Quantum provides new insights into how quantum computing can be put to practical use in the short term for societal and industrial applications. The project involves the development of hybrid quantum algorithms and computational methods that can be applied to existing quantum hardware.
In addition, concrete applications are being investigated in areas including medical issues, quantum machine learning, chemical and materials simulations, and financial optimisation problems. By developing these applications in collaboration with companies, research institutions and societal partners, the project explores how quantum technology can be utilised in practice.
The project also contributes to knowledge sharing, talent development and public awareness regarding quantum technology. Through workshops and other activities, professionals and non-experts are introduced to the opportunities, limitations and potential impact of quantum computing. This supports organisations in forming realistic expectations and preparing for future developments within quantum technology.
Team lead HvA
- Marije Kanis - Applied Quantum Computing
Lead applicant
- Alfons Laarman - University Leiden
Partners
- CWI (QuSoft)
- UvA
- CERN
- TNO
- Applied Qunatum Computing - Amsterdam University of Applied Sciences
- Citizen Science Lab Leiden
- Q.Amsterdam
- SURF
- Pasqal (formerly Qu&Co)
- SCM
- Atos Bull
- Volkswagen
- Google Research
- LUdev
Funding
- NWO