JB
Director IBM Research Europa / Ireland and UK
IBM Research Europe – United Kingdom
Working across two locations (Daresbury and Hursley), our teams have been constantly contributing to creating what’s next in computing. Our research is motivated by today’s most pressing challenges both in the global context and specific to UK industries and institutions. We bring cutting-edge computational science and engineering to define the quantum computing of the future, the next generation of artificial intelligence, and the technologies that will help accelerate scientific discovery, for UK and beyond.
Meet the team
We are a growing team of researchers, computational scientists, engineers, and designers pioneering scientific breakthroughs. Our work advances artificial intelligence, climate and life sciences, quantum computing, and hybrid cloud.
MB
Daresbury Lab Leader, Senior Research Manager.
HS
Program Manager & Lab Lead for Research at Hursley
DB
CTO Emerging Technology, IBM Research, UK
GD
Manager, Climate and Sustainability | Senior Research Scientist
AC
Manager and Senior Research Scientist | AI for Healthcare and Life Sciences
CG
UK Programme Manager, IBM Research
Think Lab
The role of the Global Think Labs is to make what’s next in computing actionable for our clients. We offer a stimulating environment to explore future technologies and their transformational impact on business and society. Our Think Lab is located at the historic IBM Hursley Laboratory that brings together cutting edge IBM integration development with research into Accelerated Discovery, Quantum Computing, AI and Hybrid Cloud. Together with our colleagues from the Daresbury Lab we connect our deep technological understanding and fundamental research directly to IBM clients from around the world.
Projects
Auto-omics for climate and sustainability
An automated explainable bioinformatics and AI workflow for multi-omic, climate and environmental data, applied to sustainability problems e.g., nature-based carbon capture.
Auto-omics for healthcare and drug discovery
An automated explainable bioinformatics and AI workflow for multi-omic, clinical and experimental data, applied to healthcare and drug discovery problems.
Host-pathogen interactions for healthcare and drug discovery
An automated explainable bioinformatics and deep learning workflow to elucidate microbiome-metabolite relationships during a host-pathogen interaction.
Discovering physics extremes with computing
Mathematics and algorithms for identifying configurations of complex physical systems exhibiting unique, anomalous properties.
Join our team
We’re always looking for people excited to make a difference. See our open positions and help us invent what’s next.