When an electron changes levels, its energy decreases and the atom produces photons.
Photons are employed for more than just illumination in science.
"They're everywhere," says Richard Ruiz, a research associate at Poland's Institute of Nuclear Physics and a theorist searching for novel physics at the Large Hadron Collider. "Photons are so ubiquitous in particle physics that you nearly forget about them."
The photon has powered millennia of discovery and is still a valuable tool today.
Photons are employed for more than just illumination in science.
"They're everywhere," says Richard Ruiz, a research associate at Poland's Institute of Nuclear Physics and a theorist searching for novel physics at the Large Hadron Collider. "Photons are so ubiquitous in particle physics that you nearly forget about them."
The photon has powered millennia of discovery and is still a valuable tool today.
Newton contended that this occurrence, among others, could be explained if light were composed of particles known as "corpuscules."
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