I have a question in my mind: So when the electron(let's say in orbit K) has absorbed a photon and has moved to a higher orbital (Orbit L). Stimulated emission, as I understand brings the electron down again when additional photon is incident on it, so why doesn't the electron in orbit L absorbs one more photon and move to an even higher orbital (say orbital M)? Is the energy level of Orbital M too high for the electron [i.e more than 2 X hv (energy of one photon)]?
l'electron lorsqu il se dép^lace du niveau bas au niveau haut crée un vide potentiel orienté et le vide potentiel orienté perturbé du champs de la gravité absorbe les pzodeon positif et crée l élément primaire du photon : n(1) nombre ricta q(2) quantité de pzodeon crée par le rassemblement de nombre ricta de pzodeon équivalent au déplacement d éléctron dopé positivement. l équation de shrondinger généralisé est la suite : n(1) x q(2) = fonction zeta (1/n(1) * Ex - Eg)
i dont mean to be offtopic but does any of you know a tool to get back into an instagram account? I somehow forgot the account password. I appreciate any help you can give me!
@Jasiah Marvin thanks for your reply. I got to the site thru google and Im in the hacking process atm. I see it takes a while so I will get back to you later when my account password hopefully is recovered.
![Introduction to Lasers [Year-1]](http://i.ytimg.com/vi/WgzynezPiyc/mqdefault.jpg)
Very helpful video to understand Laser working. Thanks sir💟. Watching from 🇧🇩
you have pasted your flag instead of country name as if everyone knows your country or if it's a superpower🤣
@@lovely_ji I think you understood. So it is enough 😊
Smaller videos like these are much better and simpler than Mit or Cornell open course lectures ...
Awesome, superb, fantastic, I don't find words to express my happyness; thank u sooooo much
Good explanation
Please narrate my life. Thanks.
please where is the video for " Stimulated emission " ?
Nice
it's help up all students thank-you so much
I have a question in my mind:
So when the electron(let's say in orbit K) has absorbed a photon and has moved to a higher orbital (Orbit L). Stimulated emission, as I understand brings the electron down again when additional photon is incident on it, so why doesn't the electron in orbit L absorbs one more photon and move to an even higher orbital (say orbital M)? Is the energy level of Orbital M too high for the electron [i.e more than 2 X hv (energy of one photon)]?
l'electron lorsqu il se dép^lace du niveau bas au niveau haut crée un vide potentiel orienté et le vide potentiel orienté perturbé du champs de la gravité absorbe les pzodeon positif et crée l élément primaire du photon : n(1) nombre ricta q(2) quantité de pzodeon crée par le rassemblement de nombre ricta de pzodeon équivalent au déplacement d éléctron dopé positivement. l équation de shrondinger généralisé est la suite : n(1) x q(2) = fonction zeta (1/n(1) * Ex - Eg)
Is induced emission and stimulated emission same thing?
Yes
Thankyou sir 🙏
Thank you sir...great explaination...
What is mean by coherent and incoherent
where is the video for the "characteristic properties of Lasers"?
Hi Issup05 as you requested for characteristic properties of Lasers we have uploaded today please check it.
ua-cam.com/video/BKVMw4jpDZw/v-deo.html
i dont mean to be offtopic but does any of you know a tool to get back into an instagram account?
I somehow forgot the account password. I appreciate any help you can give me!
@Sincere Ivan instablaster :)
@Jasiah Marvin thanks for your reply. I got to the site thru google and Im in the hacking process atm.
I see it takes a while so I will get back to you later when my account password hopefully is recovered.
@Jasiah Marvin it did the trick and I now got access to my account again. Im so happy:D
Thanks so much, you saved my ass !
Почему вы переводите этот комментарий?
😂
why echo!!!!