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The avalanche effect: a new understanding of lithium ion movement in graphite

Researchers at the Cavendish Laboartory have used a new optical technique to show that in the early stages of charging lithium ions enter the graphite lattice in sudden, localised, intermittent...

10 August 2026

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Two people interacting with augmented reality technology in a futuristic setting - stock photo

New Frontiers Programme brings AI-native workflows to Physics PhDs

The new Frontiers Programme will prepare our PhD students to push further the frontiers of Physics with an AI-native scientific workflow. The programme has been made possible thanks to a...

31 July 2026

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Schematic of plasmonic nanocavities containing synchronized dipoles, with levitated insets showing luminescence from molecular emitters, and the first order spatial coherence image

Scientists have found a new way molecules can cooperate at room temperature

What if glowing molecules could synchronise, much like fireflies flashing in unison? Researchers have discovered that molecules confined within tiny gold nanostructures can behave collectively, coordinating their interactions even under...

30 July 2026

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Artist's illustration of a hydrated proton (yellow/green) with six water molecules (blue/grey).

Complex Simulations: new findings on proton transport in water

International research team simulates motions of a hydrated proton in full quantum detail “Simulating all 51 vibrations at once, in full quantum detail, is only possible if the underlying forces...

27 July 2026

Blog

Richard King and Helen Marshall are in the Undergraduate Labs. In the background, exams are in progress.

Celebrating Helen Marshall and Richard King

After decades of dedicated service to the Cavendish Laboratory, Helen Marshall, Senior Teaching Office Administrator, and Richard King, Undergraduate Laboratory Manager, retired from their roles last month. Helen has supported...

20 July 2026

News

A top-down view of a nanoscale water droplet resting on a curved graphene sheet, with the carbon lattice forming a dark honeycomb pattern around the droplet. Water molecules are shown as red oxygen and white hydrogen atoms, rendered from a molecular dynamics simulation in VMD/Tachyon with a softly blurred background and subtle artistic enhancements.

New research reveals what really controls water chemistry in nanoscale spaces

Researchers have resolved a long-standing debate about how water behaves when confined to spaces just a few molecules wide, showing that the chemistry of nanoconfined water is governed less by...

24 June 2026

News

Peter Littlewood

Professor Peter Littlewood (1955 – 2026)

It is with great sadness that we announce the death of Professor Peter Littlewood, an internationally renowned condensed matter physicist and former Head of the Cavendish Laboratory, who passed away...

19 June 2026

News

Polarisation of blue laser light being adjusted before cooling atoms to near absolute zero. Credit: Dr Thomas Walker. © Imperial College London.

Cancelling laser noise in atomic quantum sensors 

Results from a UK collaboration overcome major obstacle towards building large-scale atom interferometers.    A prototype quantum sensor developed by the Atom Interferometer Observatory and Network (AION) consortium has demonstrated, for the first time, that a...

19 June 2026

News

Astronomers spot black hole that formed before its galaxy

The first direct mass measurement from the early universe weighs in on the debate over the origins of supermassive black holes.

28 May 2026