Light is known to elicit non-image-forming responses, such as effects on alertness. This has been reported especially during light exposure at night. Nighttime results might not be translatable to the day. This article aims to provide an overview of (1) neural mechanisms regulating alertness, (2) ways of measuring and quantifying alertness, and (3) the current literature specifically regarding effects of different intensities of white light on various measures and correlates of alertness during the daytime. In general, the present literature provides inconclusive results on alerting effects of the intensity of white light during daytime, particularly for objective measures and correlates of alertness. However, the various research paradigms...
To date, it is largely unknown which light settings define the optimum to steer alertness and cognit...
We investigated the effect of exposure to bright white light as compared to a commonly experienced i...
Light can increase people’s alertness and cognitive performance, both during the night and day. Howe...
Light is known to elicit non-image-forming responses, such as effects on alertness. This has been re...
\u3cp\u3eLight is known to elicit non-image-forming responses, such as effects on alertness. This ha...
Light is known to elicit non-image-forming responses, such as effects on alertness. This has been re...
Periodic, well timed exposure to light is important for our health and wellbeing. Light, in particul...
Periodic, well timed exposure to light is important for our health and wellbeing. Light, in particul...
Periodic, well timed exposure to light is important for our health and wellbeing. Light, in particul...
Broad-spectrum light applied during the night has been shown to affect alertness in a dose-dependent...
Nocturnal white light exposure has shown marked results on subjective and objective indicators of al...
\u3cp\u3eTo date, it is largely unknown which light settings define the optimum to steer alertness a...
An important aim of today's lighting research is defining and quantifying the optimal parameters of ...
To date, it is largely unknown which light settings define the optimum to steer alertness and cognit...
We investigated the effect of exposure to bright white light as compared to a commonly experienced i...
Light can increase people’s alertness and cognitive performance, both during the night and day. Howe...
Light is known to elicit non-image-forming responses, such as effects on alertness. This has been re...
\u3cp\u3eLight is known to elicit non-image-forming responses, such as effects on alertness. This ha...
Light is known to elicit non-image-forming responses, such as effects on alertness. This has been re...
Periodic, well timed exposure to light is important for our health and wellbeing. Light, in particul...
Periodic, well timed exposure to light is important for our health and wellbeing. Light, in particul...
Periodic, well timed exposure to light is important for our health and wellbeing. Light, in particul...
Broad-spectrum light applied during the night has been shown to affect alertness in a dose-dependent...
Nocturnal white light exposure has shown marked results on subjective and objective indicators of al...
\u3cp\u3eTo date, it is largely unknown which light settings define the optimum to steer alertness a...
An important aim of today's lighting research is defining and quantifying the optimal parameters of ...
To date, it is largely unknown which light settings define the optimum to steer alertness and cognit...
We investigated the effect of exposure to bright white light as compared to a commonly experienced i...
Light can increase people’s alertness and cognitive performance, both during the night and day. Howe...