Quantum technologies changing the way we tackle climate change
Society is increasingly tackling sustainability issues head-on: climate change, food insecurities, poverty, gender equality, clean energy, responsible consumption & production, - to name a few.
At the core of many sustainability challenges are the world’s most complex, computationally intensive, and classically challenging problems (e.g. in design, physics, and chemistry). Large companies spend millions to push performance limits through coupling advanced algorithms & specialized hardware systems (eg. HPC, GPUs). They do this for highly valuable applications where getting high quality answers in reasonable time frames matters greatly.
Now, Quantum Technology changes the nature of how we compute to find solutions, which are efficient and scalable, for certain instances through being faster, more accurate, and more optimal. The rapid advancements in Hybrid Quantum Algorithms and Co-Processor powered Compute Models are making possible sizeable improvements and are upending the way we think of building a sustainable society.
Considering the quantum benefit for sustainability application from a near term commercialization perspective, requires one to be highly cognizant of the limitations in the NISQ era to tackle real world scale problems. Here, hybrid quantum-classical capabilities are interesting to explore as they bring together the best of both worlds. And the prospects of finding practical advantages for specific applications today is attractive given the climate urgency.
The most interesting application areas for exploration are:
- Material Science x high precision simulation of molecules and reaction processes: Batteries Material Design for large scale energy storage and EVs; cost effective aqueous amine substrates for Carbon Capture
- Computational Energy Efficiency: Offloading intensive / complex workloads to Quantum Processing Units for better scaling and time to solution
- Combinatorial Optimization Problems within Carbon Intensive Industrial Processes: Plant Equipment Parameter Setting, System Layout, Distribution, scheduling and logistics
- Quantum Sensing: Higher efficiency solar cells, fossil fuel leak detection, Battery Diagnostics, Greenhouse Gas monitoring
The challenge in front of us is how to bring together the ecosystem and intelligence across Quantum Science, Climate Science, Policy and Entrepreneurs to craft quantum-powered applications for societal and sustainable gains and further accelerate addressing SDGs (Sustainable Development Goals). We have the capability as a society through our insights and innovation across academia, start-ups, government institutions, researchers, and corporate citizens. At Entangle, we are enabling these types of discussions to persist, creating intimate spaces or community areas where we can bring together the ecosystem to solve society’s most pressing challenges.
We are just in the infancy of exploiting the differentiated capability quantum brings to our tool kits and our community platform gives us the opportunity to share progress, discuss use cases, and advance opportunities most relevant to Sustainability.
I hope that further reducing the obscurity of the art of the possible & barriers, we can all rally around a key global focus for the future of humankind that stands to make sizeable gains as part of the quantum adoption curve.
Authors Karan Pinto and Nicholas Lee, Co-Chief Entanglers, Entangle Community. Together they have spent the last 3 years focused on quantum technology commercialisation across sectors globally
Quantum Commercialisation Week
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Sue leads techUK's Technology and Innovation work.
This includes work programmes on cloud, data protection, data analytics, AI, digital ethics, Digital Identity and Internet of Things as well as emerging and transformative technologies and innovation policy. She has been recognised as one of the most influential people in UK tech by Computer Weekly's UKtech50 Longlist and in 2021 was inducted into the Computer Weekly Most Influential Women in UK Tech Hall of Fame. A key influencer in driving forward the data agenda in the UK Sue is co-chair of the UK government's National Data Strategy Forum. As well as being recognised in the UK's Big Data 100 and the Global Top 100 Data Visionaries for 2020 Sue has also been shortlisted for the Milton Keynes Women Leaders Awards and was a judge for the Loebner Prize in AI. In addition to being a regular industry speaker on issues including AI ethics, data protection and cyber security, Sue was recently a judge for the UK Tech 50 and is a regular judge of the annual UK Cloud Awards.
Prior to joining techUK in January 2015 Sue was responsible for Symantec's Government Relations in the UK and Ireland. She has spoken at events including the UK-China Internet Forum in Beijing, UN IGF and European RSA on issues ranging from data usage and privacy, cloud computing and online child safety. Before joining Symantec, Sue was senior policy advisor at the Confederation of British Industry (CBI). Sue has an BA degree on History and American Studies from Leeds University and a Masters Degree on International Relations and Diplomacy from the University of Birmingham. Sue is a keen sportswoman and in 2016 achieved a lifelong ambition to swim the English Channel.
Laura is techUK’s Head of Programme for Technology and Innovation.
She supports the application and expansion of emerging technologies across business, including Geospatial Data, Quantum Computing, AR/VR/XR and Edge technologies.
Before joining techUK, Laura worked internationally in London, Singapore and across the United States as a conference researcher and producer covering enterprise adoption of emerging technologies. This included being part of the strategic team at London Tech Week.
Laura has a degree in History (BA Hons) from Durham University, focussing on regional social history. Outside of work she loves reading, travelling and supporting rugby team St. Helens, where she is from.