Could mirror-image molecules be the secret to next-generation quantum technology and batteries?
In short: Functional materials scientist Jess Wade explores how chirality—a unique symmetry property—could transform everything from mobile phone battery life to advanced brain-mapping sensors. Discover how controlling the spin of electrons and photons through chemistry and physics is paving the way for the technologies of tomorrow.
Chirality describes systems that exist as mirror images which cannot be superimposed on one another. By leveraging this property, researchers can manipulate the spin of electrons and photons, a capability that sits at the heart of emerging fields like optoelectronics, spintronics, and quantum computing.
Dr. Jess Wade, a researcher at Imperial College London, highlights how these material breakthroughs could lead to high-efficiency fuel cells that use sunlight to split water, or low-power sensors capable of mapping complex brain functions. Her work focuses on identifying strategies to harness these chiral systems to drive innovation beyond current technological limits.
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- Summary by Intellect · source: How materials science could revolutionise technology - with Jess Wade
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