Lorna Brigham, Author at Physics World

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Lorna Brigham

Lorna Brigham is a Scientific Editor at IOP Publishing. She holds a Master’s degree in Chemistry and completed her PhD at the University of Sussex, where she specialised in photovoltaic materials. Lorna joined the Reports on Progress in Physics journal team in 2024 and has since developed a strong interest in condensed matter and particle physics. Outside of work, she enjoys reading novels and strength training.

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The secret life of TiO₂ in foams

A detailed look inside carbon foams reveals how TiO₂ coatings form in 3D, offering new control over next‑generation energy materials

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Laser processed thin NiO powder coating for durable anode-free batteries

CO2 infra-red Laser modified NiO powder coating on Cu suppresses dendrite formation, and enables reversible Lithium plating and stripping over 700 stable cycles

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Planning a sustainable water future in the United States

Advanced desalination can supply fresh water cheaply while managing brine responsibly

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A surprising critical state emerges in active nematic materials

A transition in active nematics produces slow, strongly interacting defects, a behaviour confirmed in living cells

Emergence of anti-hyperuniform defect organization in active nematics. At high activity (left), topological defects are distributed nearly uniformly throughout the system. Reducing activity toward a critical point (right) triggers defect clustering, and large defect-free regions exist alongside defect-rich ones

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Mapping electron phases in nanotube arrays

A nanotube lattice reveals how electrons shift between 1D and 2D quantum phases under voltage control

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CMS spots hints of a new form of top‑quark matter

A threshold excess in top–antitop production hints at toponium‑like physics and supports non‑relativistic QCD models

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When heat moves sideways

MnPS₃ shows an unexpectedly strong thermal Hall effect, challenging current theories of quantum heat transport

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Symmetry‑preserving route to higher‑order insulators

A simple boundary repositioning technique lets materials host infinitely many robust topological states useful for electronics, photonics, and phononics, with a Matryoshka-doll-like hierarchy

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Improving precision in muon g-2 calculations

A model-independent approach reduces uncertainty in hadronic light-by-light scattering, strengthening Standard Model tests

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Diagnosing brain cancer without a biopsy

A black phosphorus-based system detects micro-RNA in aqueous humor, enabling safe diagnosis of Primary Central Nervous System Lymphoma

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Lorna Brigham

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