Contextual Uncertainty Shifts Coordinate Frame Selection in Spatial Working Memory
Contextual uncertainty during encoding reduces differences between coordinate error patterns and promotes reliance on Cartesian spatial representations.
Contextual uncertainty during encoding reduces differences between coordinate error patterns and promotes reliance on Cartesian spatial representations.
A staged reliability framework reveals how parameter uncertainty drives failure risks in composite open-pit mine slopes despite deterministic safety margins.
A new study shows that correlated errors cap the effective number of independent voters in LLM ensembles, with five models ...
A systematic review of 38 studies finds no standardized marker model for 3D finger movement and only one clinically tested ...
A validation study of 132 Turkish adolescents in psychiatric outpatient care found the ORTO-R Scale showed acceptable internal consistency, a ...
A coordinated energy management framework combining demand response, peer-to-peer trading, and renewables reduced losses, improved reliability, and raised social welfare ...
A Chinese translation of the Sussex-Oxford Compassion Scales showed good reliability and validity in a study of 429 nurses at ...
A systematic review of 37 studies finds shear wave elastography and ultrasound have the strongest, though still incomplete, clinimetric evidence ...
A study of 31,759 Swedish adults found the six-item Kessler psychological distress scale is highly reliable, fits a one-factor structure, ...
A systematic review using COSMIN methodology finds that only three physiotherapy assessment tools for breathing pattern disorder have been evaluated, ...
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© 2026 Scienmag - Science Magazine