Ranks distinct AI gain and problem claims from the published record. Scores reward impact, independent source strength, scale, confidence, and recency.
In June 2025 researchers surveyed 12,562 civil servants in Kazakhstan to examine determinants of AI adoption in public-sector HRM. They validated internal and external HR quality indices and estimated OLS, logistic, and path models to link HR quality, perceived effectiveness, and AI readiness.
A systematic review of 27 studies including more than 22,000 participants across 12 countries examined barriers and facilitators to using LLM-based conversational agents in mental healthcare. Using CFIR, the authors found 24/7 availability was the most reported facilitator in 26 of 27 studies, while inadequate crisis detection was the most reported barrier in 21 of 27 studies.
A June 2026 peer-reviewed survey of 1,200 young adults in Palembang, Indonesia examined why socially active youth turn to large-language-model AI companions. Using validated scales and mediation-moderation analysis, it found burnout, loneliness, and parasocial interaction strongly predicted emotional attachment to AI, with judgment apprehension amplifying the loneliness effect.
By April 2026, researchers had developed and tested an integrated framework combining advanced optimisation with adaptive ensemble learning for ship fuel consumption prediction. The system fused noon reports, AIS, and meteorological and oceanographic reanalysis data, applied SHAP-weighted feature selection and hierarchical parameter search, and used cluster-based multi-ensemble learning to adapt to different operational conditions.
This January 2024 IEEE Access review surveys generative AI in healthcare, describing models including ChatGPT, DALL-E, Bard, and seven healthcare-customized LLMs such as Med-PaLM, BioGPT, and DeepHealth. It catalogs applications from medical imaging and drug discovery to personalized treatment, simulation and training, clinical trial optimization, and medical chatbots, and details four real-world scenarios employing GAI: visual snow syndrome diagnosis, molecular drug optimization, medical education, and dentistry.
A July 2026 review in Die Urologie describes artificial intelligence moving from research into everyday clinical practice and hospital care, with generative AI and large language models now used alongside established image-analysis tools for documentation, knowledge management, patient communication, and workflow optimization, plus AI-assisted radiological and pathological interpretation and risk stratification.
A peer-reviewed study published October 4, 2025 examined AI for municipal waste management in Industry 4.0. Based on a 2024 online survey of 78 respondents mainly from Europe with experience or interest in AI, logistics, and ecology, authors reported that 78% saw AI reducing waste management costs, 59% saw greatest benefits in sorting and recycling, and 51% saw effectiveness in optimizing collection routes.
As of May 2025, this review in World Psychiatry examined how smartphone apps, virtual reality, and generative AI including large language models are being applied to mental health, evaluating evidence across well-being, depression, anxiety, schizophrenia, eating disorders and substance use, and outlining advances in digital phenotyping and generative outputs.