Study suggests AI reliance may weaken short-term problem-solving

A recent study by researchers from Carnegie Mellon University, the University of Oxford, MIT, and UCLA suggests that reliance on AI for basic tasks may temporarily weaken cognitive performance.

Participants who used AI tools to complete simple maths and reading exercises initially performed better than those working without assistance. However, once the technology was removed, their accuracy declined, and they were less likely to persist with the tasks.

The findings suggest that even brief exposure to AI support can reduce a person’s willingness to engage in sustained problem-solving, which remains essential to learning and skill development.

Researchers found that participants became more likely to abandon tasks and less able to complete them independently after relying on AI assistance.

The results add to wider concerns about how AI may be reshaping learning habits and intellectual development. Related research from MIT has described a phenomenon called ‘cognitive debt’, in which heavy reliance on AI tools may weaken retention, understanding, and independent reasoning over time.

Taken together, the studies point to a growing tension in AI design. While such tools can improve speed and convenience, they may also reduce the mental effort needed to build lasting cognitive skills. That suggests AI systems may need to be designed to support learning without replacing independent thought altogether.

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UK invests in technical colleges to address skills shortages and support industry growth

The UK Government has announced the expansion of Technical Excellence Colleges, with 19 new institutions aimed at strengthening high-level technical education across key sectors.

Backed by £175 million in public funding, the initiative targets industries such as advanced manufacturing, clean energy, defence and digital technologies.

The policy responds to projected labour shortages, with estimates indicating demand for hundreds of thousands of additional skilled workers by 2030.

By aligning training provision with regional economic needs, the colleges are designed to support local labour markets while contributing to national industrial priorities.

An initiative that forms part of a broader strategy to elevate technical education alongside university pathways, expanding access to higher-level learning and improving workforce readiness.

It also emphasises collaboration between institutions, with designated colleges expected to share expertise and raise standards across the system.

By strengthening skills pipelines and supporting sector-specific training, the programme in the UK aims to enhance economic resilience and ensure that workforce development keeps pace with technological and industrial change.

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Pakistan approves AI education authority and virtual schools

Khyber Pakhtunkhwa Chief Minister Sohail Afridi approved the establishment of an AI Education Authority during a meeting on education reforms. The meeting reviewed progress on virtual schools and AI-based teaching systems across the province.

The initiative includes plans to launch Pakistan’s first public sector virtual school and an AI Teacher programme. Authorities were directed to complete preparations to operationalise the new body.

Officials said online learning systems have been introduced in 46 government schools on a pilot basis. Plans are in place to convert 175 additional schools into virtual schools as part of a new development programme.

The AI Teacher system currently supports subjects including English, Mathematics, Physics, Chemistry and Biology. A central digital teaching studio has been established to deliver live interactive classes and recorded lectures.

The chief minister said AI-based technologies would support personalised learning and reduce teachers’ workload. He added that virtual education systems would expand access for students in remote and underdeveloped areas.

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US expands AI focus in schools

The US Department of Education has introduced a new supplemental priority focused on advancing AI in education, published in the Federal Register. The measure is intended for use in discretionary grant programmes.

According to the US Department of Education, the priority and related definitions may be applied across current and future funding competitions. The Secretary can adopt all or part of the priority depending on programme needs.

The initiative builds on earlier supplemental priorities covering areas such as literacy, educational choice, meaningful learning and workforce readiness. It forms part of a broader framework guiding federal education funding in the US.

Why does it matter?

The new priority will take effect in May 2026, expanding the role of AI in US education policy and grant allocation. This is a global shift in which AI is playing a more prominent role in education.

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UNESCO to unveil AI in education observatory for Latin America and the Caribbean

UNESCO will launch the Observatory on AI in Education for Latin America and the Caribbean at a high-level event during the 2026 Forum of the Countries of Latin America and the Caribbean on Sustainable Development, organised by the Economic Commission for Latin America and the Caribbean.

The observatory is intended to support states in integrating AI into education systems across the region. UNESCO says the initiative is being developed with regional and international partners, including the Development Bank of Latin America and the Caribbean, the National Centre for AI of Chile, the Regional Center for Studies on the Development of the Information Society of Brazil, and the Economic Commission for Latin America and the Caribbean.

UNESCO describes the observatory as a regional cooperation platform bringing together knowledge production, institutional strengthening, and technical assistance in response to the growing use of AI in teaching, learning, and educational management. Its work covers research and policy, capacity development, innovation, and regional collaboration.

The organisation says the observatory will support comparative analysis, identify opportunities and risks, and assist in the design of regulatory frameworks, national strategies, and pilot initiatives. It also presents the launch as a coordination space for ministries of education, universities, research centres, the technology sector, civil society, and multilateral organisations.

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AI reshapes classrooms and universities across Vietnam education system

AI is becoming a central part of education in Vietnam, changing how schools are managed, how students learn, and how research is carried out. Officials say the shift is part of the country’s wider digital transformation in education.

Nguyễn Sơn Hải of Vietnam’s Ministry of Education and Training said earlier reforms focused on digitising activities, while AI is now reshaping teaching and administration more broadly. The ministry is also preparing legal and policy frameworks to support safe and controlled AI use in education.

Authorities have identified priorities, including AI skills for learners, shared digital platforms, and stronger infrastructure. An AI education programme for junior secondary pupils is being piloted and is expected to begin officially in the 2026–2027 academic year.

Universities are also adapting their strategies as AI changes higher education. Hanoi University of Science and Technology said it is redesigning training, assessment, and digital systems to reflect these changes.

At the same time, institutions, including Thai Nguyen University, are linking research more closely with business and local development needs. Officials say wider access to internet services and devices remains essential to ensure equal access to digital education.

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EU universities could anchor AI strategy

Universities could play a central role in strengthening AI sovereignty across the European Union, it was said at a Brussels forum organised by Udice. Higher education institutions are positioned as key contributors to research, talent development and technological capability.

Universities already underpin much of Europe’s AI ecosystem through fundamental research and industry collaboration. Their role extends to training skilled workers needed to sustain long-term innovation.

However, challenges remain, including fragmented funding, competition for global talent and limited scaling of research into commercial applications. These barriers may constrain the European Union’s ability to capitalise on its academic strengths fully.

Yet, stronger coordination, investment and policy support could enable universities to act as a backbone for AI development and strategic autonomy in the European Union.

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Adobe launches a free AI learning tool for students

The US software company, Adobe, has introduced Student Spaces, a free AI study tool within Acrobat designed to help students generate learning materials efficiently.

Users can create flashcards, quizzes, mind maps, podcasts, and editable presentations from PDFs, Docs, PowerPoint, Excel, URLs, and handwritten notes.

The tool builds on Acrobat’s AI features, now allowing students to interact with a chat assistant grounded in uploaded documents, reducing errors.

Tested with 500 students from universities including Harvard, Berkeley, and Brown, Adobe emphasises convenience, letting students generate study materials without constantly moving files.

The goal is to simplify study workflows and support learning across multiple document types.

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Student AI rights framework unveiled

A newly released ‘Student AI Bill of Rights’ in the US outlines a proposed framework to protect learners as AI tools become increasingly widespread in education. The initiative aims to establish clear standards for fairness, transparency and accountability.

The document highlights the need for students to be informed when AI systems are used in teaching, assessment or administration. It also stresses that students should retain control over their personal data and academic work.

Another central principle is accountability, with students given the right to question and appeal decisions made or influenced by AI systems. The framework also calls for safeguards to prevent bias and ensure equal access to educational opportunities.

While not legally binding, the proposal is designed to guide higher education institutions in developing responsible AI policies. It reflects growing efforts to define ethical standards for AI use in education in the US.

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AI chatbots are reshaping classroom debates, raising concerns over homogenised discussion

Generative AI chatbots are becoming embedded in university learning at Yale, students and academics told CNN, not only for essays and homework but also for real-time seminar participation. Students described classmates uploading readings and PDFs into chatbots before class, and even typing a professor’s question into AI during discussion to produce an immediate response to repeat aloud.

While this can make contributions sound more polished and prepared, some students said seminar conversations increasingly stall or feel flatter, with fewer personal interpretations and less exploratory debate. One student, ‘Amanda’, said she has noticed many classmates arriving with slick talking points but then offering near-identical arguments and phrasing, making discussions feel less distinctive than in earlier years.

Students gave several reasons for leaning on AI. ‘Jessica’, a senior, said she uses it daily, particularly in an economics seminar where the professor cold-calls students, both to digest readings quickly and to help her translate ideas into cohesive sentences when she struggles to phrase her comments.

‘Sophia’, a junior, said some students appear to use AI to draft ‘scripts’ for what to say in class, driven by insecurity about gaps in their understanding. She believes this weakens creativity and the ability to make original connections, replacing genuine engagement with impressive-sounding language.

A Yale spokesperson said the university is aware students are experimenting with AI in the classroom and noted a wider faculty trend towards limiting or banning laptops, using print-based materials, and prioritising direct engagement and original thinking.

The article links these observations to a March paper in ‘Trends in Cognitive Sciences’, which argues that large language models can systematically homogenise human expression and thought across language, perspective and reasoning. The paper’s authors say LLMs predict statistically likely next words based on training data that overrepresents dominant languages and ideas, potentially narrowing the ‘conceptual space’ for how people write and argue.

They warn that models tend to reproduce ‘WEIRD’ viewpoints, Western, educated, industrialised, rich and democratic, even when prompted otherwise, which may make those styles seem more credible and socially correct while marginalising other perspectives.

Researchers also describe a compounding feedback loop. As AI-generated outputs circulate in human discourse and eventually re-enter training data, sameness can intensify over time. Co-author Morteza Dehghani said offloading reasoning to AI risks intellectual laziness and could have broader social consequences, from weakened innovation to greater susceptibility to persuasion.

Educators quoted described both benefits and risks, and outlined practical responses. Thomas Chatterton Williams, a visiting professor and Bard College fellow, said AI can ‘raise the floor’ of discussion for difficult material but may suppress eccentric or truly original ideas, leaving students without a voice of their own or a sense of authorship.

Former teacher Daniel Buck called AI a ‘supercharged SparkNotes’ that can answer virtually any question, making it harder to detect shortcuts and easier for students to bypass the ‘boring minutiae’ where learning takes hold.

He worries that this also undermines relationships with professors and sustained cognitive work. Yale philosophy professor Sun-Joo Shin said model improvements forced her to redesign the assessment. Problem sets now earn completion credit and feedback, while in-class exams, oral tests and presentations carry more weight.

Williams said he has moved from writing to spontaneous, in-class, handwritten work and uses oral exit exams. Students who avoid AI argued that they are still affected by classmates’ reliance on it because it reduces the value and variety of seminar time, while others urged a middle path in which AI is treated as a collaborator, used to critique ideas rather than as a substitute for generating them or doing the reasoning.

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