Compton Effect | Compton Scattering | Compton Effect Engineering Physics

Compton Effect | Compton Scattering | Compton Effect Engineering Physics | What is Compton Effect

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11 ай бұрын

Welcome to this intriguing video on the Compton Effect, where we delve into the nature of light! Discover the fascinating phenomenon of Compton scattering, where high-energy photons collide with charged particles, like electrons, resulting in a change of wavelength known as the Compton shift. By treating light as particles called photons and analyzing elastic collisions, we'll explore the observed changes in the photon's wavelength and understand how the scattering angle affects the Compton shift. This effect played a pivotal role in confirming the particle-like behavior of light, supporting quantum mechanics, and contributing to our understanding of matter and radiation. Join us on this illuminating journey into the world of the Compton Effect. Don't forget to like, share, and subscribe for more captivating scientific explorations!
if you have any of the following question in your mind then this video is helpful for you.
What is the Compton effect. What is the Compton formula. What is Compton effect shift. At what angle Compton shift is zero. What is the maximum Compton shift. what is Compton Effect. what is Compton Effect Engineering Physics.
#ComptonEffect #ComptonScattering #NatureOfLight #PhotonBehavior #QuantumMechanics #WavelengthChange #ComptonShift #ParticleBehavior #XRayImaging #Spectroscopy #ScienceEducation #PhysicsExperiments #ScientificPhenomena #LightParticles #ElasticCollisions #ParticleWaveDuality

Пікірлер: 42

@pandoraeeris7860 4 ай бұрын

Straight outta Compton effect.

@ivanleon6164 4 ай бұрын

Parental Advisor required

@user-nm7zo9gg9l 4 ай бұрын

not that easy😂😂

@syahrialiskandar6715 4 ай бұрын

WE'RE SCATTERING WITH THIS ONE🔥🔥🔥🔥

@pollabur7 15 күн бұрын

Imagining a crip walkin photon

@aarv4266 5 ай бұрын

Take aways:- 1) Compton shift in wavelength:- ∆(lambda) = h/m·c (1-cos∅) 2) kinetic energy of recoil electron:- E(kinetic)= hc/(lambda) 3) direction of the Recoil electron:- Tan∅= (lambda) sin∅/ (lambda)' - (lambda)cos∅ 4) Compton wavelength of electron:- h/m·c =0.24Å

@bognespava 6 ай бұрын

Short and very clear. Great work, thanks!

@Janvisualphysics 6 ай бұрын

Thanks for appreciation

@Janvisualphysics 6 ай бұрын

Thanks for appreciation

@debajyotimitra369 8 ай бұрын

Nice explanation man 🙂

@muhammadjalal2335 Ай бұрын

Keep it up the good work

@TheShaneWomack 11 ай бұрын

Good job, thank you.

@Janvisualphysics 11 ай бұрын

Thanks for appreciation

@techtimes1985 11 ай бұрын

Brilliant

@mochamaddzaki7833 4 ай бұрын

it is very cool bruh

@SashaSublime-kr6bc 7 ай бұрын

Sir explain about de broglie hypothesis and expression for broglie wave length

@Janvisualphysics 7 ай бұрын

kzfaq.info/get/bejne/mM6ppJyV17CUkWw.html

@trionopambudi6094 4 ай бұрын

That's awesome man🪽

@IhzaFushiguro 4 ай бұрын

we all love vicidior

@walter-- 11 ай бұрын

0:30 It changes the photons direction and frequency: is this correct? Shouldn't we say the collision generates another photon with different direction and frequency?

@Janvisualphysics 11 ай бұрын

Ye correct. No, collision of photon and electron can not generate another photon of different frequency in any process. Photons are produced during the de excitation of atoms or the collision between matter and antimatter and in some cases from vacuum.

@walter-- 11 ай бұрын

@@Janvisualphysics is that a by definition statement, or do we have 'proof' it is the same photon (or how do we proof it is the same one).

@Janvisualphysics 11 ай бұрын

When a photon interact with elecron, new photon can be generated, but in this case electron is not ejected from the atom. The incident photon excite the electron to higher energy state, electron oscillate, as a result the oscillating electron which is an accelerated charge, come to its ground state new photon of same frequency and wavelength is produced. This process occurs during reflection of light from a plane mirror or a polished smooth surface.

@walter-- 11 ай бұрын

@@Janvisualphysics So your point is that when the Electron only jumps to a higher energy state/orbit, we say it is the same photon. But how do know it is the same photon and not a 2 step process: electron absorbs the photon, jumps to a higher state and ejects another photon with the 'left over' energy from the jump? In the inverse process, where the electron falls back to a lower energy state, we say it will eject a 'new' photon. Why would it not eject a new photon when it jumps to a higher state? Note: a quick check on the wikipedia page: their they make a difference between the "incident photon" and the "scattered photon", implying it are 2 different photons. I am confused by your comment on reflection. How is this related to compton shattering?

@Janvisualphysics 11 ай бұрын

Reflection is not related to Compton effect. It is a process in which new photon is generated. You are thinking the generation of new photon in Compton effect, which have no experimental evidence. Instead you can imagine the photon as a packet of energy, during the interaction the packet share some of its energy with electron and scatter with the left over energy

@user-mj2fg4wb1c 4 ай бұрын

adam ptk

@adamf2514 4 ай бұрын

😢

@princeoftheblues Ай бұрын

But now they are doing photon upconversion. Compton effect in reverse. It is done in something like cesium atoms... they kick an electron up a level, then there is a short ammount of time they get to do it again before it decays. Then it relaxes 2 levels giving a higher frequency.