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.
Value of histogram analysis of CT values in differential diagnosis of odontogenic keratocyst and ameloblastoma of the jaw
CT histogram analysis helps distinguish between two common jaw tumors
SOCIAL COHESION OF SOCIETY: SOCIO-CULTURAL PROJECTIONS
How cultural values shape and maintain social unity across different societies
A benchmark of expert-level academic questions to assess AI capabilities
A harder test to measure what the most advanced AI systems can really do
The implications of the COVID-19 pandemic for clinical mental health care
How the pandemic transformed the delivery of mental health services
Cats for rodent control on dairy farms are not yet supported
Evidence needed before promoting cats as a rodent control strategy on farms
Phantasms collide: Navigating video-mediated communication in the Swedish workplace.
How workplace culture shapes attitudes toward video meetings
Colonial whaling sharply reduced whale populations in Southern Africa
How industrial whaling reshaped Southern Africa's whale populations and marine ecosystems
A robust minimization-based framework for cyclogeostrophic ocean surface current retrieval
A new method for accurate ocean current estimates at small spatial scales
Machine learning and Monte Carlo methods were used to model late eGFR in kidney transplant recipients
Predicting long-term kidney function after transplant using machine learning and simulation
Natural porous structures guide tougher biomimetic materials
How nature's porous structures achieve strength and inspire tough engineered materials
