This thesis explains the term „blue light“. It deals with the sources of blue light and the effects of this type of electromagnetic radiance on human body. The focus is concentrate especially on problems, which are evocated of blue light. The biggest danger is the desynchronization of circadian rhythm and photochemical damage of retina – photoretinitis („blue light hazard“). The basic principles of biological processes and the visual system are described here. These processes are controlled by properties of incident light onto the retina of eye. The basic information about artificial sources of blue light commonly used in households and in industry are mentioned in the second half of work. These light sources were measured and elaborated. T...
LED-producing gadgets are prevalent nowadays and can be found in almost all devices that an individu...
In recent years, people have become increasingly attentive to light pollution influences on their ey...
Harmful effects of ultraviolet (UV) and blue-violet light manifest differently in the human eye. Cum...
Light emitting diode (LED) lights that comprise television screens, phone displays, laptops, and tab...
Blue light can have various effects on the human body, and whether those effects are beneficial or d...
The conditions for the formation of an excess dose of blue light produced by the LED lighting were e...
The paper summarizes the basic light-technical parameters, the principles of visual and non-visual p...
Light is necessary for human health and well-being. As we spend more time indoors, we are being incr...
Background: Since the discovery of ipRGCs (intrinsic photosensitive retinal ganglion cells) in the r...
Blue light is emitted from a variety of light sources and can damage the retinal photoreceptor cells...
Exceeding the safe threshold for exposure on high energy radiation (UV and blue light) could cause t...
People spend most of their time indoors. That is a good reason for implementation Human Centric Ligh...
Title: The effect of evening exposure to blue light on sleep quality Objective: The main aim of this...
Smartphones, televisions, computer screens, LED lights, every day we are exposed to artificial ligh...
Optical radiation affects health via diverse and interconnected mechanisms. The skin and eyes suppor...
LED-producing gadgets are prevalent nowadays and can be found in almost all devices that an individu...
In recent years, people have become increasingly attentive to light pollution influences on their ey...
Harmful effects of ultraviolet (UV) and blue-violet light manifest differently in the human eye. Cum...
Light emitting diode (LED) lights that comprise television screens, phone displays, laptops, and tab...
Blue light can have various effects on the human body, and whether those effects are beneficial or d...
The conditions for the formation of an excess dose of blue light produced by the LED lighting were e...
The paper summarizes the basic light-technical parameters, the principles of visual and non-visual p...
Light is necessary for human health and well-being. As we spend more time indoors, we are being incr...
Background: Since the discovery of ipRGCs (intrinsic photosensitive retinal ganglion cells) in the r...
Blue light is emitted from a variety of light sources and can damage the retinal photoreceptor cells...
Exceeding the safe threshold for exposure on high energy radiation (UV and blue light) could cause t...
People spend most of their time indoors. That is a good reason for implementation Human Centric Ligh...
Title: The effect of evening exposure to blue light on sleep quality Objective: The main aim of this...
Smartphones, televisions, computer screens, LED lights, every day we are exposed to artificial ligh...
Optical radiation affects health via diverse and interconnected mechanisms. The skin and eyes suppor...
LED-producing gadgets are prevalent nowadays and can be found in almost all devices that an individu...
In recent years, people have become increasingly attentive to light pollution influences on their ey...
Harmful effects of ultraviolet (UV) and blue-violet light manifest differently in the human eye. Cum...