Congratulations for winning the Nobel Prize in Physics. German Research with international collaboration at its best, well deserved. Congratulations also to Austrian physics in Vienna!
Nun, einige grundlegende Arbeiten wurden bereits in anderen Ländern erworben, unter anderem in Ungarn, dem exotischen Land weit weg im nebligen Osten, wo Dr. Krausz geboren wurde und seine grundlegende Ausbildung erhielt. Aber keine Sorge. Deutschland und Österreich können sich die gesamte „Kriegsbeute“ nehmen. Sie machen es oft...
Congratulations Professor Krausz! I am glad to see you in-person while I was doing an internship at CALA, LMU Munich this summer as a DAAD WISE scholar. I was present during the Ferenc's Summer Party at which you were celebrating getting the "Frontiers of Knowledge" prize. It's really an amazing experience to have seen and met a soon-to-be Nobel laureate in-person. Congratulations again!
@@m19710310 Ahogy a két francia is, USA-ban és Svédországban, húzd már le magad, ez normális a mai világban, hogy nincs mindenhol egy CERN vagy egy ilyen kutatáshoz szükséges háttér, ettől még magyarnak vallja magát, itt nőtt fel, itt tanult egyetemig, kutatásait is itt kezdte, az akcentusa is magyar, valószínűleg a gondolkodása is. Attól mert lölö egy parazita fsz, még nem kell ez a kötelező lipcsi nyomiskodás. Merjél kicsi lenni, mi azért örülünk és büszkék vagyunk, hogy valakinek ennyire sikerült kiemelkednie közülünk ismét, akárhol is legyen.
8:40 excellent depiction of attosecond pulse 'taking a photograph' of an electron inside a molecule. Explains well how this tech doesn't violate uncertainty principle, but gives more time-localised info about the electron.
6:00 "At least one wave period of the combined laser pulse". So why not use higher and higher frequency laser? Then theoretically we can get a smaller wave period, no?
6:24 "electric field in that single wave period is made strong enough to rip off an electron". I am not sure whether this is consistent with quantum mechanics, say, photoelectric effect where electron does not absorb a photon no matter its intensity, unless the frequency matches the electron's state transition energy.
Really makes you think about how much is actually going on in the universe. It's not just vastness of space and matter, it's constant boiling evolution on every level. Like, in terms of data, just imagine the number of updates it would take to describe the particles in your body during each second.
If they can practically boost the speeds of the switching as he described (or anywhere near it) the applications could be profound for the "classical" computer. 100k? 😮😮😮. That's insanity!
Such passionate people. Love to see that they are very inspired by what they are doing. Hope this will unfold some new intriguing mysteries about nature of quantum physics.
Professor Krausz gives a very good explanation to understanding what goes on, and how it goes on, here in how we we measure/see(?) attoseconds. i know next to nothing in physics but his explanation in the subject topic (which might take many courses to understand to get for the layman) came clearly to for me to understand at some levels. very cool stuff! question...what Professor Krausz is explaining here in regards to their research and its impact on computational efficiency & speed, this is photonic or optical computing?
Yes, one mirror is adjustable on piezo stage/crystal. This is because light travels only 0.3 nanometers in 1 attosecond - so you need nanometer scale precision when moving that mirror.
I just seen the first test to come to the public from Attosecound tech. They hit liquids molecules with Attosecound lasers when the material of the molecule vibrates at very specific wavelength hence the ability to measure molecules as low as 4 mops
Congratulations for the winning of the Nobel Prize in Physics, Professor. Could you open any opportunities to receive & accept one of proposal from Indonesian researches to join your collaborative work in your Institute? Our countries will push a few of our top researcher from Indonesia to be accepted into your research institute? Because Indonesia's Goverment has put aside any Sovereign Education Fund amounted US$ 3 billions in order to give scholarship to any Indonesian young people to pursuit higher education research in science & technology, notably the one that deals with Quantum Physics or attosecond technology as well (at the Max Planx Institute of Quantum Optics).
It would be great if you could also explain the different components which are visible on the optical tables, and there features and funtions (type of nonlinear crystals, lenses, filters, ...) - otherwise it is only overwhelming and not clear to viewer ...
Congratulations for winning the Nobel Prize professor
Bvrahjmin quota people 😂🤣
@@Q_QQ_Q??
hungarian scientist
stupid professor wins stupid prize.
@@Q_QQ_Q Don't ruin the comment section of such wonderful videos. Please leave.
Congratulations Professor on your well deserved Nobel Prize award in Physics!! Thank you for your invaluable contribution to the world of Science.
Congratulations for winning the Nobel Prize in Physics. German Research with international collaboration at its best, well deserved.
Congratulations also to Austrian physics in Vienna!
Nun, einige grundlegende Arbeiten wurden bereits in anderen Ländern erworben, unter anderem in Ungarn, dem exotischen Land weit weg im nebligen Osten, wo Dr. Krausz geboren wurde und seine grundlegende Ausbildung erhielt. Aber keine Sorge. Deutschland und Österreich können sich die gesamte „Kriegsbeute“ nehmen. Sie machen es oft...
This was wonderful. Professor Krausz explained a difficult concept quite well. The graphics was also superb.
This needs more attention. My vote is for attosecond physics for the Nobel Prize! Good luck!
you got it
@@makoto_lyshe got it for sure. Even the physics world predicted the Nobel laureates too
@@blackdeutrium746 personally, I prefer Berry and Aharonov as I worked in relevant field
Could you give me 5 numbers for the next lottery :)
@@o-biotech5809 6 17 23 29 66
Congratulations for the Physics Nobel Prize 2023! Well deserved!
What an eloquent and smart man! The Nobel prize is well-deserved. Büszkék vagyunk Önre, Krausz professzor!
Congratulations Professor Krausz! I am glad to see you in-person while I was doing an internship at CALA, LMU Munich this summer as a DAAD WISE scholar. I was present during the Ferenc's Summer Party at which you were celebrating getting the "Frontiers of Knowledge" prize. It's really an amazing experience to have seen and met a soon-to-be Nobel laureate in-person. Congratulations again!
Hello, I have some query regarding DAAD scholarship, can you please share your LinkedIn profile?
Congratulations on winning the Noble prize 🎉. Wonderfully Explained.
Bvrahjmin quota people 😂🤣
@@Q_QQ_Qdumbest person on the internet
Yes, if only the music would be left out. It is difficult enough for my brain to almost follow anyway.
It's a moment of celebration not just for the Professor but for the whole world.
Professzor Úr, Gratulálunk a Nobel díjhoz, a tudományos munkássága nagy hasznára válik az egész emberiségnek!
Thanks for the clear explanation of attosecond physics and congratulations on winning the Nobel Prize.
Congratulations Prof, excellently won Novel Prize 👏
Gratulálok a 2023. évi Fizikai Nobel díjhoz! 🍾🥂❤
first time i see someone with the ability to convey scientific information in such an intuitive way.
Such a complex phenomenon explained in such a simple language ❤
That's the telltale of someone that understands what he is talking about.
This seems so cool! I’m wondering how come the video is not more popular? I work in healthcare but this inspires me to study physics and stuff😂
Now, it will be popular after declaration of Nobel Prize.
Csodálatos kutatási eredmény. Gratulálunk!
Congratulations to all the hardworking smart people involved in this for the physics Nobel Prize 🥇
Congratulations to everybody! This is so awesome and exciting!
Amazing journey indeed! So excited to see this. Love from Bangladesh!!
I am also
Which grade you study in?
Congratulations to the team for winning the Nobel Prize
What exciting possibilities in medical break throughs. Congradutaions team.
Common People may not appreciate this research today but this is surely going to revolutionize many fields in the coming future.
Congratulation for nobel prise (gratulalok es sok sikert tovabbi munkajahoz) 👍✌️
Gratulálok a Nobel díjhoz.
Csodálatos, 2 magyar is Nobel díjat kap ugyanabban az évben.
Magyar szarmazasuak... mas orszag eroforrasaibol lettek hiresek. Sajnos legokosabb gazszerelo kategoria nincs.
@@m19710310 ???
JATE TTK, BME, ELTE TTK egyik sem magyar ugye?
Valóban Max Planck nincs Magyarországon, de máshol sincs csak Németországban.😉
@@m19710310 Ahogy a két francia is, USA-ban és Svédországban, húzd már le magad, ez normális a mai világban, hogy nincs mindenhol egy CERN vagy egy ilyen kutatáshoz szükséges háttér, ettől még magyarnak vallja magát, itt nőtt fel, itt tanult egyetemig, kutatásait is itt kezdte, az akcentusa is magyar, valószínűleg a gondolkodása is. Attól mert lölö egy parazita fsz, még nem kell ez a kötelező lipcsi nyomiskodás. Merjél kicsi lenni, mi azért örülünk és büszkék vagyunk, hogy valakinek ennyire sikerült kiemelkednie közülünk ismét, akárhol is legyen.
Krausz prof kettős állampolgár, osztrák is
@@drmrgtx Na és akkor mi van, mit szerettél volna közölni?
People committed to the rigors of science give me hope for a better future.
Congratulations on Nobel Prize 🏆
Congratulations for winning the Noble prize sir.💐💐💐💐💐
Congratulations 🎉 winning Noble prize 🏆 in Physics
Wow what an achievement, congratulations professor you earned it.
Congratulations! Greetings from Bimac Research Group, Bioeng graduate program, Universidad del Cauca, Colombia.
Why this video makes me so happy in this early morning.
Congratulations and thank you for your hard work! 🙌🏼
8:40 excellent depiction of attosecond pulse 'taking a photograph' of an electron inside a molecule.
Explains well how this tech doesn't violate uncertainty principle, but gives more time-localised info about the electron.
10:50 not convincing how this tech will speed up the classical computer.
6:00 "At least one wave period of the combined laser pulse".
So why not use higher and higher frequency laser? Then theoretically we can get a smaller wave period, no?
7:20 "Ultraviolet attosecond flash of light."
11:35 "Infrared wave".
Is it infrared or UV? And why this particular choice of frequency.
6:24 "electric field in that single wave period is made strong enough to rip off an electron". I am not sure whether this is consistent with quantum mechanics, say, photoelectric effect where electron does not absorb a photon no matter its intensity, unless the frequency matches the electron's state transition energy.
2:00 like microscopy in space, we need "microscopy in time". Fantastic expression
😉👍👍👍🫡🙏🙏🙏🙏Thank you!🙏🙏🙏
Quantom processeing can be itemized by attosecond examination measirement
Congratulations for nobel Prize
Congratulations for Nobel Prize.
Marvelous technology! Looking forward to new discoveries about e⁻, the soul of our universe!
Really makes you think about how much is actually going on in the universe. It's not just vastness of space and matter, it's constant boiling evolution on every level. Like, in terms of data, just imagine the number of updates it would take to describe the particles in your body during each second.
If they can practically boost the speeds of the switching as he described (or anywhere near it) the applications could be profound for the "classical" computer. 100k? 😮😮😮. That's insanity!
Gratulálok a Nobel-díjhoz. 🎉😊
❤Congrats ferenc krausz and your team for this great innovation to the humanity egain congratulations....
Congratulations Professor. Your way of explaining reminds me of Richard Feynman.
Such passionate people. Love to see that they are very inspired by what they are doing. Hope this will unfold some new intriguing mysteries about nature of quantum physics.
It makes you think how far you could shorten the laser impulse even more...or will it at some point hit a wall. Congratulation Professor Krausz.
Professor Krausz gives a very good explanation to understanding what goes on, and how it goes on, here in how we we measure/see(?) attoseconds. i know next to nothing in physics but his explanation in the subject topic (which might take many courses to understand to get for the layman) came clearly to for me to understand at some levels. very cool stuff! question...what Professor Krausz is explaining here in regards to their research and its impact on computational efficiency & speed, this is photonic or optical computing?
Gratuláció ehez a fantasztikus Q-kapcsolóhoz!
Congratulations , Sir. Great work!
Gratulálok! Kutatóként dolgoztam Németországban, Ulmban a '90-es években, más területen.
The one piece I wish was mentioned is how these attosecond pulses are even measured. Any ideas?
Congratulations Professor. Thanks for explaining so nicely.
WOOOOOW u've used the same effect as rogue waves in the ocean, huuuge brain! What are the frequency crossing points u choosed?
im proud to have seen this video before it blew up
Congratulations Professor.
Can we please get a description of the experimental set up and how various parts of it was engineered
Such a fascinating professor he is ❤
Awesome work!
Once u have the tuto frequecy fork equate sound with tuning fork
How long will it take for this technology to be available in the iPhone?
This is so very great. bravo. love fron sri lanka
where is the picture?
how is the Heisenberg relatio? if you can observ the electron?
Nobel prize❤
Gratulálok for the prejse ! The smal inpulse kome from Sam filter ?
Doesn't light have momentum (i.e. carry energy) and therefore effects the electron when it strikes it?
Many many congratulations Sir
To get Nobel prize
Insallah very soon I'll work on it
Congratulation for the Noble Prize.
How long until the technology exists to trace the difference in individual atom signatures?
Awesome......and congs
Congratulations on the Nobel prize!!
Amazing 😍 never stop to do this videos
I enjoyed the auto generated captions confusing flash light with fleshlight.
Another knowledge gained to be used in my transmigration...🥰
The passion is clear. Congratulations 🎉
Wow!! Congratulations!!👍👍👍
Herzlichen Glückwunsch. Das ist fantastisch
What was the target sample?
This very good presentation great actuality time life great works 😢physic Nobel Prize for great publicity popularity...
He's basically invented the level 99 version of 'stop the stopwatch on 0'.
No, this is neither a stopwatch, nor a particularly accurate clock.
It's more like a ultra short photo flash.
Has anyone tried to apply this technology to the double slit experiment?
is the light emitter and mirror on andjustable distance or its just waiting for waves to adjust themselfes?
Yes, one mirror is adjustable on piezo stage/crystal. This is because light travels only 0.3 nanometers in 1 attosecond - so you need nanometer scale precision when moving that mirror.
I just seen the first test to come to the public from Attosecound tech. They hit liquids molecules with Attosecound lasers when the material of the molecule vibrates at very specific wavelength hence the ability to measure molecules as low as 4 mops
Congrats Nobel winner😀
Congratulations to him
Congratulations for the winning of the Nobel Prize in Physics, Professor. Could you open any opportunities to receive & accept one of proposal from Indonesian researches to join your collaborative work in your Institute? Our countries will push a few of our top researcher from Indonesia to be accepted into your research institute? Because Indonesia's Goverment has put aside any Sovereign Education Fund amounted US$ 3 billions in order to give scholarship to any Indonesian young people to pursuit higher education research in science & technology, notably the one that deals with Quantum Physics or attosecond technology as well (at the Max Planx Institute of Quantum Optics).
It would be great if you could also explain the different components which are visible on the optical tables, and there features and funtions (type of nonlinear crystals, lenses, filters, ...) - otherwise it is only overwhelming and not clear to viewer ...
The precision is mind blowing.
Congratulations 🎉🎉from India
I LOVE THIS
Wahnsinn. Theorie und Applikationen an einem Fleck
Tell me with this technology are we seeing 10 ghz cpu on my desktop?
More like 10 THz xD
congratulation professor for winning the noble prize ❤
Incredibly fascinating
“Childish joy and pleasure”
This is a technician's wet dream. The machinists should certainly share in the Prize!
Huh?
Congrats professor.
Yup. Congratulations to him
Congratulations professor 🎉🎉🎉
Thank you sir
WONDERful !