07:16

Merci pour ce cours ! Étant débutant dedans vos explications m'ont vraiment beaucoup aidé.

bevarsi

Booster l'algorithme

Thank u sir very helpful for understanding the concept

À quel cour cet exercice est associé ?

Looks like you picked up some astigmatism and/or coma on that beam... doubling really accentuates the wavefront. :)

Great, pls have you any about use KTP 1064/532 on high power fibre laser /200W CCW Raycus and how many is real as output? Pls is very important. Thx for your reply

la musique de fond est elle vraiment nécessaire ? Personnellement ca m'empêche de penser et ça m'agace , je coupe le son :-) merci

What else can be expected from a trumpian political stooge?

Very helpful, thank you, and I'm also interesting in the difference-frequency generation.

Can you do parametric downconversion in your lab? If so, could you show it? I love to see a single-photon being split in two ;-)

very informative!! btw i work on plasmonics ans use a 780nm SLD to excited gold nanorods, the maximum power if SLD is 20mW, i was thinking of exciing the interband of nanorods, so if I use a BBO crystal can I get SHG, of sufficient power of say atleast 1 or 2mW? thanks..

I have a set of lenses and I was looking for how to arrange them to become a long -term endoscope as possible ... Will you help me, Professor 🥴

I tried to understand, but to no avail 😂😂 It seems that I am below the novice level 🥴

Très bon cours, merci beaucoup!

Great, whats the rep rate and pulse duration?

Je l'ai changé. Je peux le remettre.

Merci pour le thumbnail très flatteur!

Thanks a lot for this Python library. What will be the limit of this tool? At what limit, it can't do things that Zemax can. In short, when should I consider using Zemax, and when is this python library good enough?

J'ai écouté 6 fois et l'information qui domine est que ma note à l'examen 1 sera inférieure à 0 en raison de l'effet tunnel.

How about different frequency generation using the same setup?

Thank you for your explanation. Very impressive video! I have a quick question about the beam shape, which looks very elliptical. Is it because the incident beam is not perfectly round? Does BiBO crystal affect the beam shape?

J'aimerais savoir s'il vous plaît comment vous avez fait pour trouver le terme général "Cn"

Im sorry if you explained it in the video but im very new to this stuff and didnt understand all you said. But when you got the new frequency how much can that be shifted? Is it only possible to shift in one direction or is there any other limitations for the output? For example if I had a infrared light source, could it be doubled into visible light; and if so what frequencies could it have shifted to? Again sorry if my question is weirdly formulated, I dont know what Im doing 😅

Very helpful!

Merci pour cette vidéo. Les mesures d'intensités et d'angle possèdent des incertitudes. Ces incertitudes sont t'elles prisent en compte pas la matrice pcov ? Si non, comment prendres en comptes ces incertitudes dans l'incertitude final de la valeur que l'on recherche?

I've always thought of frequency summation and doubling as if one was talking about a FM radio, but I only now am realizing it's about the interaction of the electromagnetic waves when they are also interacting with a third physical medium, whether it be it a heterodyne circuit or a nonlinear material , the mixing doesn't happen in free space , only upon simultaneous interaction with matter. How can light be FM modulated? What *are* nonlinear properties of matter that effect this interaction? Under what circumstances does *air* have nonlinear properties and what are they? In the case of a CO2 or nitrogen lasers (for instance), where there is an intermediate excited state that is opaque to the intended output frequency , would it be possible to opticaly pump such a laser with two other lasers who's frequencies separately can pass through the gas lasing material but their combined frequency is exactly what is needed to bump the atoms back to the desired excited state, maintaining the population inversion, therefore eliminating the need for cooling such lasers? Is there such an interaction?

Un chef-d'oeuvre cinématographique

Est-ce que créer des blockbusters fait partie de la tâche professorale de Daniel Côté?

Absolutely genius, most relatable video of 2023.

Performance digne des plus grands studios d'Hollywood 👏🏻👏🏻👏🏻

So I’m new to this… haven’t been to school but I was diving into quantum entanglement and here I am. So from my understanding is that the experiment using BBO crystals and lasers is done to measure photons and their entanglement. Is there a way to capture a larger amount of particular even without a clear entanglement?

Pour vous, c'est l'équivalent de vous servir d'un auxiliaire d'enseignement en temps de grève, ce qui est interdit!

Merci pour la recette, ça l'air délicieux 😋

Hi Professor, thanks for the insightful video, I had a question about the mount for your BBO @ 2:34, i can see the thorlabs rotating mount is crm1l but could you tell me what the piece is inside that holds the BBO? also the dimension of your crystal? thank you again for the video!

thank you so much for the detailed explanation, those are some know-how that only acquire through hands on experience, people dont teach them on paper or books =(

Realy interesting thanks.

Bravo LuLu j'ai bien hâte de faire ta sauce, avec une nutritionniste avec toi je pense que ca va goûter le ciel.

Thanks for your share. It is a great lecture.

🤣🤣🤣🤣🤣🤣

Super ta vidéo Daniel!

Bravo Daniel, c'est excellent et hilarant!

Ça pourrait percer sur tiktok tout ça :o

J'ai pris la peine de dire que c'était le plus compliqué, et tout le monde écoute celui-là. Allez écouter les autres avant celui-là!

SHG and THG BBO crystals kzbin.info/www/bejne/aJO2h4ZoZa6Lqac

Wow! Incroyable! Félicitations au chef 👨‍🍳

J'aimerais dire, sans aucune arrière-pensée, qu'en tant que Professeur, je n'en ai jamais reçus. Je commence à vous trouver poches, cher.e.s étudiant.e.s.

Meilleur que Ricardo ! 11/10

Merciii infiniment