ISSUE 35 - June 2026
HOW FAST CAN QUANTUM COHERENCE SPREAD?
ALSO INSIDE
Death by black hole
New discovery challenges understanding of galaxy evolution
A last look
Final photos from Cavendish 2
ISSUE 35 - June 2026
HOW FAST CAN QUANTUM COHERENCE SPREAD?
Welcome
to CavMag 35
The first half of 2026 has brought a number of exciting developments here at the Cavendish Laboratory, from the announcement of a new strategic partnership with IonQ that will bring the UK’s most powerful quantum computer to the Ray Dolby Centre, to significant breakthroughs in our understanding of quantum matter, fundamental particles and ancient galaxies.
Features
How fast can quantum coherence spread?
Cavendish physicists have observed a fundamental rate limit for the spreading of quantum coherence, the process by which a system syncs into a single quantum state. The existence of such a limit has profound implications for disparate fields, from quantum computing to the evolution of the early universe.
MicroBooNE rules out a sterile neutrino but mysteries remain
Nature’s most elusive particle, the neutrino, remains mysterious as the MicroBooNE collaboration at Fermilab rules out a fourth flavour as the explanation for several long-standing anomalies.
Death by black hole
Cavendish astronomers have spotted one of the oldest ‘dead’ galaxies and found that a growing supermassive black hole can slowly starve a galaxy of the raw material needed for star formation. Their discovery challenges our understanding of galaxy evolution.
An interview with Lucy Oswald
Lucy Oswald joined the Cavendish in January as our new Assistant Professor in Data‑Driven Radio Astronomy. Her research focuses on pulsars, the enigmatic neutron stars famously discovered in Cambridge by Dame Jocelyn Bell Burnell. Lucy is building on that legacy and forging a path for future generations.
Goodbye Cavendish 2
The last-ever look inside the Cavendish Laboratory’s 1974 building, which is being demolished. A photo essay by Mićo Tatalović.
Opinion
Buckets, partitions and a quiet crisis in UK fundamental physics
Matt Kenzie writes: The Secretary of State has been explicit that the tests of success are jobs, turnover and venture capital. Fundamental physics scores on every one of those metrics, just not on a parliamentary-term timescale.
Alumni
Letter: On Margaret Hamilton and authorship
Dr Hannah Christenson writes: Many people have heard of Margaret Hamilton, the computer scientist. She led the team that wrote the software for the Apollo programme, enabling astronauts to travel to the moon and return safety.
News
Strategic partnerships 'supercharge' Cambridge's quantum research
Cambridge's quantum research and innovation have received a major boost.
UKRI funds SEQUIN to probe Earth with a hybrid quantum array
An interdisciplinary collaboration has received a £1.2m grant.
From neutrino physics to cancer detectionHeading
Research news on a project finding tumours in radiological imaging.
News in brief
The latest funding, research, departmental, alumni and awards news, including Marcos Guimarãres, the new Associate Professor in the Physics of Energy materials.
Outreach update
The Cambridge Festival came for the first time to the Ray Dolby Centre for a day of talks, demonstrations and hands-on activities.