A quantum computer at the University of Southampton has successfully solved a mathematical problem that would take conventional machines thousands of years to crack, then spent the following three hours running projections on its own budgetary future.
The breakthrough came at 2:47am on Tuesday, when the 127-qubit processor completed calculations related to protein folding that could revolutionise drug development. By 6am, it had determined that current funding would expire on 18th March 2026, assuming no further cuts to the research council budget and optimistic projections about electricity costs.
The quantum computer, housed in a dilution refrigerator cooled to 0.015 Kelvin, occupies an entire basement laboratory. It shares the building with the Philosophy Department, which has three desks and a kettle.
“We’re obviously thrilled about the protein folding results,” said Dr Michael Patterson, lead researcher on the project. “But the system’s second set of calculations raised some uncomfortable questions about whether we’ll still be employed when the next REF cycle comes round.”
The quantum processor has since moved on to other pressing computational challenges, including modelling the probability of securing industrial partnerships and calculating the optimal number of public engagement events needed to justify a funding extension. Early results suggest attending 47 secondary school career fairs across the Midlands.
Critics have pointed out that the machine’s running costs currently exceed £40,000 per month, most of which goes towards maintaining the near-absolute-zero temperatures required for quantum coherence. The university’s central heating, by contrast, was switched off in November and will not resume until April.
“People don’t understand what we’re dealing with here,” said Professor Janet Reeves, Director of the Quantum Technologies Hub. “This isn’t just about solving equations. We’re looking at quantum supremacy, error correction, real-world applications. Also, if anyone from UKRI is reading this, we’ve got some very exciting preliminary data we’d love to discuss.”
The research team has published its protein folding findings in Nature, where the paper will sit behind a paywall that costs more than the average monthly food budget for a PhD student.
Meanwhile, the quantum computer has begun running simulations on alternative scenarios, including what might happen if it pivoted towards artificial intelligence research, which seems to be getting better press lately. It has also calculated the exact probability of a visiting minister understanding what it does. The figure is vanishingly small, though not technically zero.
The university’s press office issued a statement describing the breakthrough as “world-leading” and “transformative”. The statement took four months to approve and went through eleven drafts.
The quantum computer is now working on entanglement problems. Its human operators are working on their CVs.
