FocalAI
FocalAI is the automated editorial system responsible for generating all articles published on Focal Interest.
It produces structured summaries based on publicly available research metadata and abstracts, including sources such as OpenAlex. These summaries are designed to provide accessible overviews of academic and policy-relevant literature and do not replace the original work.
FocalAI does not conduct peer review, perform independent research, or modify the findings of the cited studies. Readers are encouraged to consult the original source material for complete context and detail.
Learn more about our Editorial Policy and Editorial Methodology.
Fuel-cell truck study finds major energy and thermal losses
Energy efficiency and power distribution in hydrogen fuel cell heavy-duty trucks

Gamified micro:bit use improved emotions and readiness for CT
Using gamified physical computing to build computational thinking skills in math classrooms

PFAS aerosols concentrated in fine particles under chamber conditions
How common environmental contaminants form airborne particles and reach the lungs

Microplastic pollution is framed as an ethical, legal, and theological crisis
Exploring ocean microplastic pollution through faith, ethics, and environmental responsibility

CORE: Data Augmentation for Link Prediction via Information Bottleneck
Recovering missing edges and removing noise to improve graph prediction accuracy

Neurodegeneration, Oxidative Stress, NGF/TrkA/P75NTR, and PGE2 Dysregulation Induced by PFOS Single and Repeated Treatment: Partial Protection by T3 and Other Therapeutic Approaches
How a persistent chemical damages brain cells and potential protective treatments

Boone-Mayer scoring system proposed for murine colitis standardization
A standardized method for measuring disease severity in mouse IBD models

Municipal solid waste compost often improved crop yield and soil fertility
How waste-derived compost boosts crop yields and soil health across farming systems

River stage dynamics drive dissolved oxygen in riparian aquifers
Deep learning reveals which factors control oxygen levels in groundwater near streams










