The waves get wider and dimmer as they move.
it's monochromatic(all exactly the same wavelength) and every photon is in phase with all of the others(so, unlike ordinary light, all of the waves travel with the same wave shape) and it's a parallel beam, so the light doesn't diverge this means a 25 watt laser can cut through steel while an 80 watt light bulb can't it also means a 25 milliwatt laser leaves a brighter spot of light than an 80 watt light bulb(you can see the laser in the normal light) it also enables you to make a hologram it allows for lasersurgery
White light is a mixture of many waves of different links called frequency, it's like musical instruments playing different notes, but the light from a laser contains waves of one light only which make a single color.
Well... Most LEDs, Light Emitting Diodes, have a very narrow wavelength span, so they'd fit part of your question. However, they're not always that intense. So you're probably asking about a LASER.
Laser light has properties such as coherence (monochromatic and in-phase waves) and directionality (narrow beam) that make it ideal for creating sharp, bright, and vivid visuals in light shows. These properties allow for precise control over the colors, shapes, and movements of the light beams, making them a popular choice for creating dynamic and mesmerizing effects in light shows.
Laser light is made of just one type of wavelength vs multiple types in regular light. The waves are all in step with each other or coherent. Laser light is made when energy is fed into a liquid, gas, or solid. The energy is absorbed into atoms and light of one wavelength is the result. The light from the atom hits other atoms and a chain reaction begins. Many of the atoms will begin releasing light and hits a mirror inside the laser. They will bounce around inside getting more and more intense until a beam is produced.
The waves get wider and dimmer as they move.
A laser beam is a coherent light source that emits a narrow beam of light due to the alignment of its waves. In contrast, light from a tube light is incoherent and emits light in all directions, resulting in a blurry appearance. The difference in coherence and directionality between laser light and tube light accounts for their distinct characteristics.
it's monochromatic(all exactly the same wavelength) and every photon is in phase with all of the others(so, unlike ordinary light, all of the waves travel with the same wave shape) and it's a parallel beam, so the light doesn't diverge this means a 25 watt laser can cut through steel while an 80 watt light bulb can't it also means a 25 milliwatt laser leaves a brighter spot of light than an 80 watt light bulb(you can see the laser in the normal light) it also enables you to make a hologram it allows for lasersurgery
Laser Light is Make special Effect that will more Highlight comminity which in light and taking a good idea
turn the light on
White light is a mixture of many waves of different links called frequency, it's like musical instruments playing different notes, but the light from a laser contains waves of one light only which make a single color.
Well... Most LEDs, Light Emitting Diodes, have a very narrow wavelength span, so they'd fit part of your question. However, they're not always that intense. So you're probably asking about a LASER.
by radiation waves
Nope
Laser light has properties such as coherence (monochromatic and in-phase waves) and directionality (narrow beam) that make it ideal for creating sharp, bright, and vivid visuals in light shows. These properties allow for precise control over the colors, shapes, and movements of the light beams, making them a popular choice for creating dynamic and mesmerizing effects in light shows.
No. Unless the LED is specifically a laser, you can not make it focus like a laser by putting it in a housing. A laser produces coherent light, which is why it acts like a beam. A normal LED is not coherent, and you can not make it so. Although you can not make a collimated incoherent light beam able to travel similar distances as a collimated laser beam, you can collimate incoherent light into a beam which would travel some distance with a small amount of divergence.
Laser light is made of just one type of wavelength vs multiple types in regular light. The waves are all in step with each other or coherent. Laser light is made when energy is fed into a liquid, gas, or solid. The energy is absorbed into atoms and light of one wavelength is the result. The light from the atom hits other atoms and a chain reaction begins. Many of the atoms will begin releasing light and hits a mirror inside the laser. They will bounce around inside getting more and more intense until a beam is produced.