EEG Fatigue Detection Improves via Personal Spectral Baselines
A new EEG framework improves cross-subject driving fatigue detection by using early personal spectral references and causal long-sequence residual encoding.
A new EEG framework improves cross-subject driving fatigue detection by using early personal spectral references and causal long-sequence residual encoding.
A pilot study in New Zealand found that smartwatches can effectively track the high physical activity and variable physiological stress ...
A halophilic archaeon from a Polish salt mine enhances epithelial barrier integrity and healing in human bronchial cells without causing ...
A recent qualitative study published in Cleaner Engineering and Technology provides a detailed mapping of the operational, regulatory, and behavioral ...
Researchers from Thailand have demonstrated that controlled submerged fermentation using specific yeast strains can elevate Northern Thai Arabica coffee from ...
A new study using nuclear reactor analysis reveals that a Patagonian metal artifact was made from an Inca-style alloy and ...
A brief report outlines the clinical, laboratory, and disclosure challenges that occur when post-transplant recipient sequencing detects genetic variants originating ...
A study of 18,687 US adults found higher tattoo prevalence among women, young adults, and individuals with risk behaviors like ...
An integrative study of polished stone artifacts in Argentina reveals use-wear and microbotanical evidence linking plant processing to the transition ...
Researchers have identified a specific mechanism by which the porcine reproductive and respiratory syndrome virus (PRRSV) evades a critical host ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine