Photons

The neon sign uses a stream of photons to create the glowing letters and images.

The camera captures the stream of photons reflecting off objects and converts them into an image.

Photons can be absorbed by atoms, causing electrons to jump to higher energy levels.

The camera detects photons and converts them into digital images.

The fluorescent light bulbs emit photons when energized by an electric current.

The absorption of photons by the molecules produces excited states.

The airport security scanner uses photons to detect hidden objects.

Photons are emitted when electrons move between energy levels in an atom.

The LED lights on the Christmas tree produce a colorful stream of photons that add to the festive atmosphere.

The photoelectric effect occurs when photons of light knock electrons out of a material.

In photography, photons are used to create images on film or digital sensors.

The use of photons in quantum communication protocols is being explored as a way to create secure communication networks.

Fluorescent materials absorb and emit photons, which creates a glowing effect.

Solar panels work by converting photons from the sun into electrical energy.

Photons are responsible for carrying energy in the form of light waves.

Solar panels convert photons from the sun into electricity.

The detector measures the energy of incoming photons.

Photons are responsible for the transfer of energy in solar panels.

Lasers emit coherent photons that can be used for precision cutting.

Photons can be used in medical equipment to diagnose diseases.

Photons can be used in fiber-optic cables for high-speed internet.

Infrared cameras detect photons that are emitted by objects as heat.

A digital camera detects photons and converts them into an image.

In fiber optics, photons carry information over long distances through thin glass fibers.

The amount of photons emitted by a light source determines its brightness.

The momentum of photons is used to propel spacecraft in solar sails.

Photons can travel through space and do not have a charge.

In quantum cryptography, information is encoded in individual photons.

Plants absorb photons from sunlight to carry out photosynthesis.

The X-ray machine emits photons to produce images of the inside of the body.

The interaction of photons with atoms can be used to study the properties of matter at the atomic scale.

The study of how photons interact with matter is called photonics.

Light consists of photons, which travel at the speed of light.

Photons can be used to create images in digital cameras.

The quantum computer uses photons instead of electrons to process information.

The camera captures photons and converts them into electrical signals to create an image.

The colorful fireworks exploded, emitting streams of photons.

In some quantum field theories, photons are considered to be the force carrier particles for the electromagnetic force.

The absorption and emission of photons is what gives a material its color.

Photons are the particles responsible for transmitting electromagnetic force.

The laser pointer emits a concentrated beam of photons that can be used for pointing or as a tool in various applications.