How would you make such fields?shiveeshfoteda said:If I use two sources , one for alternating electric field ( frequency equal to the frequency of a wave in visible spectrum ) , one for alternating magnetic field (frequency equal to the frequency of a wave in visible spectrum )
Rotating a magnet will produce an e-field as well as the b-field. That is how a generator works.shiveeshfoteda said:for example I'm rotating a magnet
Yes, light can be created from scratch in a laboratory through a process called synthesis. This involves using energy sources such as electricity or lasers to excite atoms and produce photons, which are the fundamental particles of light.
Synthetic light is man-made, while natural light comes from sources such as the sun or fire. Synthetic light can also be controlled and manipulated in terms of its intensity, color, and direction, whereas natural light is dependent on external factors and cannot be controlled in the same way.
Synthetic light has a wide range of applications, including in the fields of medicine, technology, and entertainment. It can be used in medical procedures such as phototherapy, in fiber optics for communication and data transfer, and in special effects for movies and concerts.
Like any other source of light, synthetic light can be harmful if not used properly. For example, excessive exposure to certain types of synthetic light, such as UV radiation, can damage human skin and eyes. Synthetic light can also contribute to light pollution, affecting the natural behaviors of animals and plants.
Synthetic light can be a sustainable alternative to natural light in certain situations, such as in areas where natural light is limited or during nighttime. However, the production and use of synthetic light also require energy and resources, so it is important to use it responsibly and consider energy-efficient options.