S. T. Grafton

This study investigates how cardiac-sympathetic activity and neural alpha-band power interact during approach-avoidance conflict, showing their collaborative role in managing reward sensitivity.

This study shows that menstrual cycle hormones correlate with changes in brain structure across the whole brain in naturally cycling women.

This paper introduces a wearable heart monitor using an accelerometer to measure autonomic nervous system activity by tracking cardiac features like PEP and LVET, showing it is reliable and efficient compared to traditional ICG methods.

The paper investigates how sympathetic and parasympathetic autonomic responses influence sequential foraging decisions, finding that sympathetic activity helps overcome learning biases in deteriorating environments.