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jobsism
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I was just thinking whether it'd be possible to isolate a photon, I mean, trap it somehow so that it remains at rest, and study it(without actually "seeing" it)?
jobsism said:I was just thinking whether it'd be possible to isolate a photon, I mean, trap it somehow so that it remains at rest, and study it(without actually "seeing" it)?
jobsism said:Thanks a lot, guys! :D And thanks for the info on the rainbow-trapping effect(I'm surprised I didn't know earlier).
Just one more thought. I haven't learned GR yet, so forgive me if I sound stupid.
If I consider the particle nature of light, then photons ought to have some dimensions, right? So, what if I keep it in a box whose dimensions are just enough to house the photon? Won't it effectively be at rest, even though it possesses energy?
jobsism said:If I consider the particle nature of light, then photons ought to have some dimensions, right? So, what if I keep it in a box whose dimensions are just enough to house the photon? Won't it effectively be at rest, even though it possesses energy?
A photon is a fundamental particle that represents a quantum of light or other electromagnetic radiation. It has no mass and travels at the speed of light.
Isolating a photon involves using specialized equipment and techniques such as optical trapping, which uses lasers to confine and manipulate individual photons.
Isolating a photon allows scientists to study its properties and behavior in isolation, which can provide valuable insights into the nature of light and quantum mechanics.
Yes, it is possible to isolate a single photon using advanced techniques such as quantum optics and quantum computing, which rely on the principles of quantum mechanics.
Isolating a photon has potential applications in various fields such as quantum computing, cryptography, and telecommunications, where the properties of individual photons can be harnessed for advanced technologies.