12:55 I love how Professor Ketterle doesn't mention that he was the recipient of the 2001 Nobel prize when going over the Nobel prizes. That's very respectable.
For those who are watching the lecture, try as much as you can not to rely on the subtitles. There are some mistakes that shows that the person who's done these subtitles has nothing to do with physics (please don't consider it as an offense). I will try to correct the mistakes when I have time. Thanks MIT, as always, for this valuable course.
48:48 He said the speed of light is 3x10^10. But that can not be. Since lambda=c/frequency, so 3x10^10/10^15, the result is 3x10^-5. Since the right answer is 3x10^-7(300 nm) the speed of light have to be 3x10^8.
I don't understand why you cannot say Gamma=2π•1MHz. If you sweep the frequency of your measurement device to get the lineshape of the resonance, you'll find that the FWHM is 1MHz for a resonance with decay tau=1/gamma
What is the most important resonance experiment? Personal resonance? Experiment: Sing *HU* daily to resonate with the higher frequencies of life. *HU* is a sonic tuning fork. Search how to sing *HU* . "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."- Nikola Tesla. Better than "think in terms of...", Do the experiment.
The English subtitles are doing their job but there are some mistakes or gaps here and there... how would it be possible to fix this? I wouldn't mind giving my own contribution
Yasmin Nayeri Use the Contact Us form on the MIT OpenCourseWare site (ocw.mit.edu/jsp/feedback.jsp?Referer=youtube), and someone should get in contact you regarding the subtitles. We welcome the help! Thanks for your interest.
Really. Instead of Lecture by an incomprehensible professor, why doesn't he work with some graphic artists to produce a video that is enjoyable to watch in a reasonable amount of time and covers the material very clearly and comprehensively ! ( i hate talking head videos, which should be podcasts ! )
You should be able to make a new subtitle. If you want, you can use the SRT files from our site. Visit the course on MIT OpenCourseWare and navigate to the video you want captions for and download load them. If you want all of them at once, we suggest you download the course zip package and take the SRTs from there. If you want to do more on this, use the feedback form on ocw.mit.edu to contact us. Thanks for your help!
Time Travel day or 24 hrs 2021-06-29 11:07:19.763344 IST -6 hours later, it will be 5 hours 4 hours later, it will be 15 hours 12 hours later, it will be 23 hours 4 hours later, it will be 15 hours 0 hours later, it will be 11 hours Time Travel 1 millenia -353 years later, it will be 1668 -213 years later, it will be 1808 524 years later, it will be 2545 389 years later, it will be 2410 750 years later, it will be 2771 Clock keeping is possible with atomic physics based optical combs, Bose Einstein condensate, Piezo devices, pendulumns, star gazing etc Time travel is possible after fu*ion Cool lectues. I bet I can just keep these lectures and teach. Could I get a post doc, I really like these lectures. Thanks.
***** Ha...alright man. What I meant by "I wish we all speak English' was " I wish everyone speaks English as their first language so they don't have to learn it afterwards from the scratch." You seem to be having a bad day, buddy. Hope things work out.
Resonance, elemental e-Pi-i sync-duration, Temporal Holographic Principle Imagery, absolutely Everything in No-thing logarithmic singularity positioning coordination/condensation. Etc etc. A "Direct Application" name for Logarithmic QM-TIME Completeness Actuality, e-Pi-i sync-duration, pure-math relative-timing rates numberness function floating in Black-body Singularity i-reflection Conception. Quantum-fields Mechanism of chemical bonding compositions... Bose-Einsteinian Condensation. And so on, really only an idea in conscious awareness of real-time logarithmic time-timing.
12:55 I love how Professor Ketterle doesn't mention that he was the recipient of the 2001 Nobel prize when going over the Nobel prizes. That's very respectable.
For me, he is the guy.
I'd make it a necklace and wear it while teaching. Kind of like Flavor Flave.
@@nathanhensn8717 u know who won dat Nobel prize boiiiiiii
that is simplicity and greatness at a single place
For any new watchers: the actual lecture discussing Resonance begins at 41:00. (the course structure is discussed before that.)
For those who are watching the lecture, try as much as you can not to rely on the subtitles. There are some mistakes that shows that the person who's done these subtitles has nothing to do with physics (please don't consider it as an offense). I will try to correct the mistakes when I have time.
Thanks MIT, as always, for this valuable course.
The "lettuce" really laughed my ass off
I love how he says "phüsics"
Thank you Sir for wonderful lecture, you are a genius!
thanks for sharing MIT!
Really like the course, thank for your material
48:48 He said the speed of light is 3x10^10. But that can not be. Since lambda=c/frequency, so 3x10^10/10^15, the result is 3x10^-5. Since the right answer is 3x10^-7(300 nm) the speed of light have to be 3x10^8.
He probably meant cm/s not m/s, notice he doesn't spell out the unity he is thinking in and still gives the correct wavelength.
I don't understand why you cannot say Gamma=2π•1MHz. If you sweep the frequency of your measurement device to get the lineshape of the resonance, you'll find that the FWHM is 1MHz for a resonance with decay tau=1/gamma
Amazing lecture. Love it
What is the most important resonance experiment? Personal resonance? Experiment: Sing *HU* daily to resonate with the higher frequencies of life. *HU* is a sonic tuning fork. Search how to sing *HU* . "If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."- Nikola Tesla. Better than "think in terms of...", Do the experiment.
The English subtitles are doing their job but there are some mistakes or gaps here and there... how would it be possible to fix this? I wouldn't mind giving my own contribution
Yasmin Nayeri Use the Contact Us form on the MIT OpenCourseWare site (ocw.mit.edu/jsp/feedback.jsp?Referer=youtube), and someone should get in contact you regarding the subtitles. We welcome the help! Thanks for your interest.
Really. Instead of Lecture by an incomprehensible professor, why doesn't he work with some graphic artists to produce a video that is enjoyable to watch in a reasonable amount of time and covers the material very clearly and comprehensively ! ( i hate talking head videos, which should be podcasts ! )
wow! This man is a genius.
Now this is badass.
i'll make donation to you guys once i find my job, right now i ran out of money lol
now?
@@sohamparmar4976now I have money
Cool lectures, thanks :)
Hi, author. There are tons of issues in the subtitles. Can you allow us to edit it?
All our videos should be open to community contributions on UA-cam.
@@mitocw Hi, maybe I did it wrong, but the subtitle is marked as "locked". I would love to contribute to the subtitles. Is there a way we can help?
You should be able to make a new subtitle. If you want, you can use the SRT files from our site. Visit the course on MIT OpenCourseWare and navigate to the video you want captions for and download load them. If you want all of them at once, we suggest you download the course zip package and take the SRTs from there. If you want to do more on this, use the feedback form on ocw.mit.edu to contact us. Thanks for your help!
Thanks very much!!
Time Travel day or 24 hrs
2021-06-29 11:07:19.763344 IST
-6 hours later, it will be 5 hours
4 hours later, it will be 15 hours
12 hours later, it will be 23 hours
4 hours later, it will be 15 hours
0 hours later, it will be 11 hours
Time Travel 1 millenia
-353 years later, it will be 1668
-213 years later, it will be 1808
524 years later, it will be 2545
389 years later, it will be 2410
750 years later, it will be 2771
Clock keeping is possible with atomic physics based optical combs, Bose Einstein condensate, Piezo devices, pendulumns, star gazing etc
Time travel is possible after fu*ion Cool lectues. I bet I can just keep these lectures and teach. Could I get a post doc, I really like these lectures. Thanks.
Does this field has a lab or is purely theorical?
The micro equale macro,eres suficient totalizar del paz for source guier.
I tried this course but it didn't really resonate with me. 😂
nice how he predicted zeilinger and others nobel prize :)
Klasse!
Where can the solution of the homework be found? any idea? tnx
it’s been 7 years
And nobody gave bro some answers 😂😭
Sure scribed so I can learn more very cool.
I would like to make sports timers with atomic clocks of every size and sell all as add on for joy at labs
Typical German accents??
very much so...
zzzz the subtitles are horrendous lol but fuck i love this lecture XD
using a pad to write as if on a white board... that was all the future had to offer ?
I'm jelous. I have to use chalk. If only I could keep myself from wiping my hands on my black pants it would be ok.
Never felt the need for subtitles this badly.
Sometimes, I wish we all just spoke English.
+Pain4Gains I know he's speaking English, obviously. Not my problem if you're not smart enough to see that.
+Pain4Gains Sounds like English is not your first language.
***** Ha...alright man.
What I meant by "I wish we all speak English' was " I wish everyone speaks English as their first language so they don't have to learn it afterwards from the scratch."
You seem to be having a bad day, buddy. Hope things work out.
Resonance, elemental e-Pi-i sync-duration, Temporal Holographic Principle Imagery, absolutely Everything in No-thing logarithmic singularity positioning coordination/condensation. Etc etc. A "Direct Application" name for Logarithmic QM-TIME Completeness Actuality, e-Pi-i sync-duration, pure-math relative-timing rates numberness function floating in Black-body Singularity i-reflection Conception.
Quantum-fields Mechanism of chemical bonding compositions...
Bose-Einsteinian Condensation. And so on, really only an idea in conscious awareness of real-time logarithmic time-timing.
Very boring lecture. The professor has no energy and no interest. The lazy writing makes it even more terrible 😖👎
I think so