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Energy Transitions Research at the University of Cambridge

 
ERC Funding  - University of Cambridge Research - April 2021

Twelve Cambridge researchers awarded European Research Council funding

Twelve University of Cambridge researchers have won advanced grants from the European Research Council (ERC), Europe’s premier research funding body. Cambridge has the most grant winners of any UK institution, and the second-most winners overall. Their work is set to provide new insights into many subjects, such as how to...

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Cambridge engineers - next-generation batteries to power up electric vehicles

Funding awarded for research into next-gen batteries to power-up electric vehicles

Cambridge engineers will develop next-generation lithium-ion batteries with improved performance as part of a collaborative project to scale up production ahead of a predicted electric vehicle boom. The electric revolution is already well underway in the car industry, with the UK Government announcing plans to ban the sale...

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Read more at: BBC Sounds Lithium: Chile’s white gold

BBC Sounds Lithium: Chile’s white gold

The Nobel Prize for Chemistry in 2019 was awarded to John Goodenough, Stanley Whittingham and Akira Yoshino "for the development of lithium-ion batteries." These rechargeable batteries are in our phones, and in our laptops. And they will be the batteries powering electric vehicles which we are being urged to use in place...

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Read more at: Growing underground

Growing underground

In the heart of London there is a farm like no other. It's subterranean, sustainable and energy smart. It also has a digital twin looking out for its every need. Thirty-three metres below London’s Clapham High Street is the world’s first underground farm. It’s shaping the future of urban farming. Stacked racks of fresh...

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Read more at: Have a green flight!

Have a green flight!

A carbon-neutral economy in 50 years? Maybe. But what if we were to go faster? Professor Rob Miller says that it is time to completely rethink the schedule. How long will it take to make zero-carbon flight a reality? Thirty years? Longer? “Climate change means that we just don’t have that timescale,” says Professor Rob...

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Read more at: Professor Cebon presents to the House of Commons: The role of hydrogen in achieving net zero

Professor Cebon presents to the House of Commons: The role of hydrogen in achieving net zero

On the 3rd March 2021, Professor David Cebon (University of Cambridge) presented to the House of Commons Science and Technology Committee on the role of hydrogen in achieving net zero. Professor Cebon summarised the potential, the energy efficiency and economical cost for hydrogen-use in reaching net zero target. He...

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Read more at: Redefining the Haber-Bosch loop

Redefining the Haber-Bosch loop

Researchers from the Catalysis and Process Integration group (Department of Chemical engineering and Biotechnology) , led by Dr Laura Torrente, have developed a new way to produce ammonia. The new system redefines the century old Haber-Bosch process within an energy landscape shifting to renewables, where ‘green ammonia’...

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Read more at: Cambridge's Nyobolt secures £7.5M funding to become the next battery pioneer

Cambridge's Nyobolt secures £7.5M funding to become the next battery pioneer

Nyobolt (previously named CB2 Technology), a spinout of the Yusuf Hamied Department of Chemistry in 2016 and co-founded by Professor Clare Grey and Dr Sai Shivareddy. has secured £7.7 milion ($10m) in Series A funding. The start-up is defining a new category of ultra-high power technology, The round is led by IQ Capital...

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Magnetic graphene new kind of magnetism

‘Magnetic graphene’ forms a new kind of magnetism

Researchers have identified a new form of magnetism in so-called magnetic graphene, which could point the way toward understanding superconductivity in this unusual type of material. This gain in fundamental understanding of phenomena could potentially have use in energy efficiency, generation and storage.. The researchers...

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Read more at: ‘Multiplying’ light could be key to ultra-powerful optical computers

‘Multiplying’ light could be key to ultra-powerful optical computers

New type of optical computing could solve highly complex problems that are out of reach for even the most powerful supercomputers. An important class of challenging computational problems, with applications in graph theory, neural networks, artificial intelligence and error-correcting codes can be solved by multiplying...

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