there are two function Electronic shutter , simple and hold what difference ?

Thank you for uploading this brilliant video. It helped me imagine what the electric field of quadrupole is like. Still, it is hard for me to connect its mathematical expression and this image.

Thanks a lot, it was so clearly understandable

I just saw you passed away. Thank you for these videos, Michael Joey Lynch, Rest In Peace.

Best explanation available....

@heisenbergsdog1630 Can you please share the reference material on the density matrix evolution in raman spectroscopy

can we create a circuit with two sets of photodiodes and a nano power opamp that can detect a laser or focused light and generate a HIGH output to wake up controller?

It is not clear the explanation around 10.12 min…. It is not clear where come from the w2 used to stimulated. It is clear that the 2nd w2 appear when the molecule decay but the 1st w2 is not clear.

Hi. Do you know of any uv c sensor with an io board one could use in a 200nm-400nm range? Something "budget friendly".

Thanks! Since the stoke shift is dependent on the molecular structure, so, if you fix w1, you will need to scan w2; Alternatively, if you fix w2, you will need to scan w1. Am I correct?

what is the absolut the linear cmos can output at 4Mhz? (aka framerate with 8bit accuracy) Is it possible to get 1000 frames/s (if not limited by the microcontroller) i am asking this because i saw another video with a raspberry pi standard camera that is able to read 950 frames /s with 640x60 pixel... wonder if that little thing can go much much faster than that pi camera

hey this video really helped, I really have half baked understanding of feynmann diagram and these processes. Can you answer me a questions (perhaps a stupid one), why do you draw the arrows the way you do in both these processes, like in the Raman one, you take it up and bring it down, then do the same with the conjugate state, while in Fluorescence you take both the ket states up, and then bring the conjugates down? why ? I don't get this !

How does the output look? Could the output be a big array of zeros and ones in a database that could be accessed with Python. This is a realistic learning curve for me and might be perfect. kzbin.info/www/bejne/sKfVlKWuiZ6hbtE

amazing!

I am confused if x=lambda*x(1) where did the lambda went ?

You have done a great job keep up the work.

Sir are the bonds already vibrating or they start vibrations after absorbing IR?

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

I have a shower and a bath. Does that help?

what is the application and purpose of this ccd linear, is that for displacement measuring with emitter element(laser) on CCD for one axis or there is some other project,

Nicely explained dude, thanks

But in reality the output of a laser always has a bandwidth containing more than two wavelengths, right?

And may I ask where this is useful?

Great explanation , thank you so much

Great :) thank you so much, did you continue the second and third-order susceptibility in another video?

good job, hello from Colombia , u have a new sub since this moment. That´s gonna be really usefull 4 my graduation Telecommunications thesis. Thank u so much

CO2 is carbon monoxide? Hummmm

Wow, very excellent video sir. I'm working on a spectrometer and you left me with very useful information.

What software did you use to make the animation/simulation?

I can hardly believe that a molecule with mass can oscillate as fast as a massless field ;-) Nevertheless, nice video.

Neatly explained

Great content. Really helpful !

Excellent explanation

Thank you so much for these four lectures! They helped a lot and your explainations were clear and concise. I highly recommend others visit your channel for more excellent videos.

i think you switched elastic and inelastic

also the paper shifts off screen at the end..

how is the exponential evaluated at t->-infinity zero? the limit is indeterminite...what are you doing?

thanks bro! Better than my grad school prof :D

you need to increase resolution. it's impossible to see your indices, and they are very important.

Thank you

great video, really blurry though. can you improve your resolution?

GREAT VIDEO. USE PEN PLEASE, IT'S HARD TO SEE.

so each clock means one pixel coming out sequential right?I just don't understand that why the datasheet says that there are 3696 elements while it only has 3648 pixels?

this video is so helpful

Hello , can you upload the code libraries for this devices

Thanks a lot man !!!!! Love from India

Thank you so much ....

Fantastic explanation and visuals! Thanks sir!

Can't you use a lens from laser protection glasses to block out the undesired Raleigh scattering wavelengths? These glasses come for many wavelengths (shouldn't be too hard to find what you need) and usually cost <=50$, which is far less than dedicated filters, but I would assume they are doing exactly the same.

When the refrigerator kicks on, HMMMMMMHHMMMMHHHMMMMM.