Optical Tweezers: Principles and Applications Book Price in India, Specifications, Reviews & Offers. Buy online at Amazon.

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Nice explanantion
i wonder what my pituitary gland (3rd eye) looks like?........traped particle.
It can’t be that the laser is moved. It normally comes from a fixed objective
This is soo neat..!!
hi...... can I please use your screenshots for my project purpose
May I please use screenshots of your diagrams for my University thesis?
Awesome explanation, thank you! 😊
1st like ❤️
Thanks for your video lecture . It helped me a lot in understanding optical tweezers
That was literally amazing 😊😊 Thank you
I just found your channel and really like your perspective. 1:20 yes light has no mass.. It has energy, as we know energy relates to mass. So these tweezers are a sort of magnetic locking of the Piezoelectric electric effect? In that case the energy of the light matters and needs to be in the ultraviolet spectrum/frequency.
Elastic collisions
Thanks for the video! You (and others watching) might want to look again at the difference between optical tweezers (sometimes called optical dipole traps) and magneto-optical traps (sometimes called MOTs). This video sort of uses the physics behind MOTs when talking about optical tweezers--which is related but not exactly correct. Cheers!
do you know the size limits for particles which can be manipulated by the optical tweezer ?
Thank you so much for this video, great explanation! Just subscribed :)
I am sorry, but this was a terrible explanation.. cool animaiton tho
completely awesome way of explaining
It's the same principle used in laser printers. Light induced electrostatics.
Thank you.. This is really amazing
What is the application of optical tweezers in our daily life
My group is very thankful to Arthur Ashkin for his discovery. We used this same technique to build a volumetric display. The work got published in Nature. Here's nature's video on it: https://www.youtube.com/watch?v=YRZMdQOMPNQ&t=3s
Great video and very enlightening. Thanks for sharing it
So I am guessing the lasers used arent the high grade 1.5w and above otherwise it would melt/destroy any cells?!
6:19
thanks for video
I was watching Marvelous Mrs Maivel on Prime 30 minutes ago and her father got a job at Bell Labs. Googled Bell Labs. Cool history. Had no idea about the “Nobel alumni” they had a reputation for. Clicked on optical tweezers. Because I thought this meant you could move it with your EYES?!?! but then I am here, trying to understand with the knowledge of a nurse. Lol. Thanks MM for humbling me. 🤣
When tractor beam?
You have a great presentational skills. Very easy to understand
Nice explanation