Category: Solar fuels

Important little things (atoms, genes and molecules) to solve grand challenges

Over summer, IMSE welcomes undergraduate students to spend a day working side to side with our Operations team. They help us explore new topics in the field of molecular science and engineering and draft questions for upcoming podcasts. In July, Polly Dean (Biology) and Manya Bhargava (Physics) combined their interest in plant science, quantum physics and genetics to write a blog exploring the interaction between these fields and the wide range of applications.

Quantum mechanics is a branch of Physics which describes the behaviour of  subatomic particles (electrons, protons, neutrons). Genetic engineering is a method in Biology research which alters an organism’s characteristics by manipulating its genetic material. Despite their different definitions, both influence processes that control molecular interactions. Bringing together their knowledge on Biology and Physics, Polly and Manya explored examples where the combination of both disciplines (quantum and genetics) is solving global grand challenges. These include applying molecular aspects of photosynthesis to renewable energy systems, and increasing our understanding of immune responses for vaccine development.

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Solar fuels 3 – Identifying novel materials for converting light to fuel

So if existing materials like haematite aren’t good enough to be used to generate solar fuels, how do researchers go about identifying novel materials to convert sunlight into fuel? We’ll see how computers can help identify ideal materials for the production of solar fuels. What are the key steps to do in research lab to build a tangible device that can be used to produce a solar fuel?

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A simple guide to solar fuels 1 – Turning sunlight into a fuel

Turning sunlight into a liquid fuel might sound like the fantasy machinations of a sci-fi novel. A fuel that is abundant, sustainable, storable, and a portable source of energy? The reality is possibly even more exciting. Solar fuels could use energy in sunlight to convert COand methane, potent greenhouse gases, into high-value products, such as fertilizers, plastics or pharmaceuticals.

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