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The Hidden Cost Excluding PhD Parents from Childcare SupportThe education secretary, Bridget Phillipson, has asked the Competition and Markets Authority to examine hidden childcare charges. At the same time, the Department for Education’s own eligibility criteria for the 30 hours of funded childcare leave a large group of doctoral researchers without support.Eligibility Rules That Bar PhD Stipend EarnersPhD students on a typical UK Research and Innovation‑funded course earn roughly £20,000 a year. Because their stipend does not meet the narrow definition of “income” used to qualify for the scheme, they are denied the benefit that most working families receive.Eligibility hinges on a technical income definition set by the Conservatives.The Department for Education suggested qualifying by adding 16 hours of part‑time work per week.£8,000 Gap and Income ThresholdsThe author estimates that a PhD‑parent family misses out on about £8,000 of childcare support over the eligible period. This shortfall represents a substantial portion of a household earning £20,000 annually.Funded childcare is intended for families with children under five, offering up to 30 hours per week.PhD stipends fall below the income threshold, despite the parents’ “working family” status.Consequences for Academic Talent and Family ChoicesWithout the support, many doctoral candidates face a dilemma between continuing their research and leaving the programme to seek paid employment. The loss of potential scientists and clinicians could weaken the UK’s research pipeline.Reduced diversity in higher‑education research staff.Potential brain‑drain as talented individuals seek more supportive environments abroad.Possible Policy Revisions Under a Labour AdministrationThe author argues that a future Labour government should broaden the definition of qualifying income and remove the “nerd tax”. A review by the CMA could pave the way for more inclusive criteria, aligning the scheme with its stated goal of supporting working families.Re‑evaluate income definitions to include stipend‑based earnings.Consider flexible work‑hour requirements that recognise doctoral research commitments.

The UK’s premier AI research centre, the Alan Turing Institute, has been instructed by its chief public funder, UK Research and Innovation (UKRI), to implement significant organisational changes. The directive follows a UKRI review that found the institute’s strategic alignment and value for money "not yet satisfactory".UKRI, which granted the institute a £100 million, five‑year funding package in 2024 and remains its largest single source of finance, said the review highlighted strong scientific foundations but a lack of clear strategic focus and delivery.Last summer, the government signalled that the institute must undergo a strategic overhaul, urging a shift toward defence and national security while downgrading work on health and the environment—previously two of its three core pillars.Leadership turbulence has accelerated the changes. Chief Executive Jean Innes resigned in September after staff unrest, and chair Doug Gurr stepped down this week to take up a permanent role at the UK competition watchdog.UKRI’s AI programme overseer, Prof. Charlotte Deane, stressed that achieving the UK’s AI ambitions requires institutions that are “focused, effective and aligned to national need.” She added that the review recognises the institute’s value but calls for significant change in several areas.To execute the recommendations, UKRI will work with the institute’s newly appointed chief executive, George Williamson, who comes from a government post centred on national security. The plan includes strengthening governance and placing defence and security at the core of the institute’s mission.The Alan Turing Institute collaborates with universities, private firms and government bodies, while UKRI invests £8 billion annually in UK research and innovation. A spokesperson for the institute acknowledged recent improvements in focus and governance but said it must move “faster and further.”“Working with funders and partners, we will be even more ambitious about the role we can play for the UK, and we welcome the confirmation of our clear, single‑purpose mission with national resilience, security and defence at its core,” the institute said.

The UK's position in quantum computing has been hailed as a success story of long-term investment in fundamental science. However, the current approach to science funding, particularly by UK Research and Innovation, has raised concerns among experts. The abrupt discontinuation of the Quantum Technologies for Fundamental Physics initiative has resulted in the loss of dozens of early-career researchers trained in a strategically important area. Moreover, there has been no clear vision for what replaces it, nor any meaningful consultation on how such crucial cross-disciplinary programmes should be organised. A similar disconnect is emerging in artificial intelligence, where many techniques driving impact were developed and deployed in fundamental research communities, such as particle physics. Undermining this base risks cutting off the pipeline of ideas and skills that the wider economy depends on. Experts stress that if the UK is serious about long-term leadership, prioritisation must be done with care, transparency, and a credible plan for sustaining the full ecosystem, from fundamental science through to application. Prof Ruben Saakyan, chair of the STFC particle physics advisory panel, emphasises the need for a well-thought-out strategy. Dr Simon Williams also highlights the importance of sustained investment in people and fundamental science, stating that ambition in quantum computing cannot succeed without it. Prof Sheila Rowan, director of the Institute for Gravitational Research, points out that the PPAN area is a training ground for expertise in various engineering and technical skills, which are in short supply and crucial for driving a bright future in quantum computing and quantum technology.

The UK's ambition in quantum computing is being backed by sustained investment in people and fundamental science, with a focus on building a strong foundation for the sector. UK Research and Innovation (UKRI) has been instrumental in supporting hundreds of academics and building the infrastructure needed for the industry to thrive.In the last 10 years, UKRI's councils have made significant investments in physics research, including support for 100 PhDs in quantum technology launched in 2024, quantum computing industrial doctorate awards, and funding 14 early-career fellows in the last 18 months.The investment is paying off, with the quantum sector showing promising growth and potential to create 100,000 jobs in the next 20 years. The government has signalled its recognition of the opportunities in quantum computing with a further £1bn procurement programme, making the UK one of the most exciting and well-supported places in the world for quantum computing researchers, companies, and students.Prof Charlotte Deane, UK Research and Innovation, highlights that the UK's advantageous position in quantum has emerged through sustained long-term public investment into fundamental physics research projects, and the best people, infrastructure, and partnerships.