Nobel Prize Physics Winners 2022 | Quantum Entanglement | Alain Aspect, John Clauser Anton Zeilinger

Nobel Prize Physics Winners 2022 | Quantum Entanglement | Alain Aspect, John Clauser Anton Zeilinger 1,113 viewsOct 7, 2022 Futuristic Tech and AI 75 subscribers Nobel Prize Physics Winners 2022 | Quantum Entanglement & Bell's Inequality by Alain Aspect, John F. Clauser, and Anton Zeilinger _____________________________________________________ TIME STAMPS: 0:00 Winners of the 2022 Nobel Prize in Physics 0:18 Intro 0:22 background 0:47 What is Quantum Entanglement? 1:31 Example to understand Quantum Entanglement 1:57 Bell’s Theorem and Bell’s Inequality 3:09 John Clauser 3:23 Alain Aspect 3:39 Anton Zeilinger 4:45 Outro _____________________________________________________ VIDEO DESCRIPTION This video will give you an understanding of Quantum Entanglement, Bell’s Theorem & Inequality, work did by three Nobel Laureates of 2022 in Physics. Quantum Entanglement: Quantum entanglement is a quantum mechanical phenomenon in which the quantum states of two or more objects have to be described with reference to each other, even though the individual objects may be spatially separated. Bell’s Theorem & Inequality: Bell’s inequality states that if there are hidden variables, the correlation between the results of a large number of measurements will never exceed a certain value. The 2022 Nobel Prize in Physics has been awarded to Alain Aspect, John Clauser and Anton Zeilinger for groundbreaking experiments with entangled photons that open a path to advanced quantum technologies. Working independently in the 1970s and 80s, their work established the violation of so-called Bell inequalities and pioneered the field of quantum information science. Share your thoughts in the comment section below. Let us know which topic we should discuss next? On "Futuristic Tech and AI" we provide you educational and inspirational content on futuristic technology and artificial intelligence. The content of the channel related to the following keywords: #internetofthings #technology #tech #artificialintelligence #ai #science #industry4.0 #industry5.0 #iot #future #futuristic #futuretechnology #futuristictech #futuristictechandai So, if you are interested in any of these, do SUBCSCRIBE to our channel and hit the BELL icon so you don't miss any video related to your topic on interest Chapters 2 Comments rongmaw lin Add a comment... Hamze Boy Hamze Boy 5 days ago I am such a big fan of your videos. It inspires me a lot. I like such kind of videos keep them coming. Finally, Thank u for this eye-opening video.❤ The Nobel Prize for Physics in 2022 was awarded "for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information science". But what does this actually mean? Around the time quantum mechanics was gaining steam as a way to describe the universe on the smallest scales, there were more and more questions cropping up about the meaning behind the theory. Although it made near-perfect mathematical predictions about what should happen in any given scenario and experiment, it went against a lot of theories that came before it (classical physics) in terms of the assumptions and implications of the theory. In classical physics, if you get enough information about a system, you can exactly predict how it should behave at a later point in time. For example, if you know a particle's position and speed at a given point in time, you can work out where to find it some time later. This prediction would also work every single time we repeated the experiment of measuring the particle's position at a later point in time. In quantum mechanics, however, we can get different experimental results for repeating the exact same experiment multiple times. And before each experiment, the only thing we can do is predict the probability of getting each possible measurement result (rather than predicting the exact result we'd get). Before the measurement, the system is in a blend, or superposition, of all possible measurement results. And upon doing a measurement, the wave function "collapses" into the single measurement result we find. All of this goes against "common sense" and also classical physics. More importantly, this goes against "determinism", the idea that everything follows a set of rules that can exactly predict the result of an experiment given enough knowledge and information about the system. Einstein, Podolsky, and Rosen (EPR) didn't like this. They used the logic employed by quantum mechanics to try and come up with a logical inconsistency. They studied the behavior (theoretically) of a pair of "quantum entangled" particles, separated by a large distance. Since the particles were entangled, making a measurement on one of them immediately also gave us information about the state of the other. But if quantum mechanics was right about the system being in a superposition before the measurement, and then collapsing right after it, then how did the second particle "know" when the measurement had been made? They reasoned that the unmeasured particle, in order to obey other laws of physics, would have to instantaneously collapse into the right state (i.e. as soon as the first particle was measured). This went against the idea known as "locality", which said that information can only be communicated between two points of space as quickly as light could travel between them. "Instantaneous" collapse, after all, did occur faster than light could travel between the particles. Therefore, they showed that the conventional interpretation of quantum mechanics broke both determinism and locality. And this was a problem because both classical physics and Einstein's theories of Relativity were heavily reliant on both principles. So EPR suggested an alternative explanation, known as a "hidden variable" theory. They suggested that hidden variables, which we would never have access to, were engrained within the particles and told the particle what state to be in at any time and position. This way, we would just "catch" the particle in a particular state when we did a measurement. In other words, the hidden variable determined (deterministically) what state the particles should be in (i.e. no random wave function collapse), and since the variable was engrained into both particles, there was no faster-than-light communication. Doing an experiment to explain the difference between these two hypotheses (hidden variable vs. quantum) was difficult, until John Bell came along and showed that correlations between results of MULTIPLE such measurements were expected to be different between the hidden variable and quantum theories. This is where our Nobel Prize winners come in. They each worked on improving Bell's theorem so it could be experimentally verified, did the experiments, closed loopholes, and further developed quantum information theories to study ideas like quantum teleportation! Thanks for watching, please do check out my links: MERCH - https://parth-gs-merch-stand.creator-... INSTAGRAM - @parthvlogs PATREON - patreon.com/parthg MUSIC CHANNEL - Parth G's Shenanigans Here are some affiliate links for things I use! Quantum Physics Book I Enjoy: https://amzn.to/3sxLlgL My Camera: https://amzn.to/2SjZzWq ND Filter: https://amzn.to/3qoGwHk www.nobelprize.org/prizes/physics/2022/summary/ wikipedia.org/wiki/EPR_paradox 0:00 - Quantum Physics Basics 6:27 - EPR Paradox 10:53 - Hidden Variables, Bell's Theorem, Nobel Prize Chapters Featured playlist 50 videos Quantum Physics by Parth G Parth G 248 Comments rongmaw lin Add a comment... Parth G Pinned by Parth G Parth G 2 days ago (edited) Hi friends, thanks so much for watching, and for your support! Please check out my Quantum Mechanics playlist here for some other videos on this rather cool topic :) https://www.youtube.com/playlist?list=PLOlz9q28K2e4Yn2ZqbYI__dYqw5nQ9DST 12 Wayne Adams Wayne Adams 2 days ago (edited) The David Bohm book is one of my Quantum Mechanics books. It is a good book, probably among my top three books on the subject. I like to read as many books as possible on various topics because the different approaches give me good ideas for teaching. Sometimes there will be a golden nugget that makes a point better than any I have seen before. 35 Eben Olivier Eben Olivier 2 days ago This is an excellent explanation, best I have seen! Looking forward to seeing the Bell inequality being explained some more. 18 Guillotined Chemistry Guillotined Chemistry 4 hours ago Thank you for perspective on this and I'm glad my research on this year's prizes brought me to your channel! Congrats to all the winners (though I'm partial to Dr. Clauser, because I dig his vibe). 2 S Alam S Alam 1 day ago Digestible even for a high school student like me. You're just getting better and better. I'd love a video on the Bell Inequality if it is even 1/5th as comprehensible for me as this video 6 S Spencer S Spencer 1 day ago This was brilliant - and yes please do a video on Bell's theorem. Thank you! 15 Sam Sam 1 day ago Absolutely coherent and brilliant explanation. Well done. You have a new subscriber. 7 yougoog1 yougoog1 1 day ago Thank you Parth for your clear explanation! I wish Einstein was still alive and hear what he would say about the experiments done by these three Nobel Prize winners. 2 Jim's Mind Jim's Mind 1 day ago Thanks, your video was one piece that helped me understand this! The implications for reality are mind blowing. I think I'm in the camp that there is one wave-function, the entire universe's. Then it's not so surprising that parts of that wave function can become separated but remain correlated and simultaneously collapse when a measurement is made. 4 Christian Christian 1 day ago Hey, Parth thank you for the video you explained everything so well and simple so I could understand and you also added a lot of visual examples to enhance the experience, 10/10!!! 2 Buck Rogers Buck Rogers 2 days ago Thank you for this. One of the best on this subject/Novel Prize of Physics 2022. Keep up the great work! 4 Mikael Biilmann Mikael Biilmann 10 hours ago This was explained so well. Thank you. I have watched many videos on this subject and always got lost, but this was brilliant, even though I struggled towards the end as my brain was struggling to keep up. 😄 Алексей Кастевич Алексей Кастевич 1 day ago I'd be glad if you'll cover the topic more in-depth :) Looking forward to your video about Bell's inequality! 1 Pavan Gaonkar Pavan Gaonkar 2 days ago I never miss your videos.. keep on producing quality content... 14 Parth G D Tibor D Tibor 1 day ago I don't know what happened, but in the last weeks I discovered many-many smart youtubers like you. Keep up with the work! 1 Imran Afzal Imran Afzal 1 day ago Thanks a lot. You always explain very difficult concepts with clearity and with amazing words. 1 Akash Poudel Akash Poudel 2 days ago Too good bro... Your simplicity is what I love and respect the most....every time you bring a topic you make it intresting, even if we don't get everything... It's some what like 2018 i have joined your channel... You are a gem .. Wish you the best in life ahead 6 Amartya Amartya 1 day ago An amazing explanation! Looking forward to seeing the Bell inequality video 1 Albasit Danoon Albasit Danoon 2 days ago excellent, and succinct explanation. Keep the great work. Thanks. 2 Lari Anton Lari Anton 2 days ago Such a good explanation!! Thank you! My mind was blown haha 3 Parth G Abhijeet Sarker Abhijeet Sarker 2 days ago Only you can explain more beautifully bell's equality.❤️ 10 Parth G Matias Soto Matias Soto 1 day ago Thank you man. I watch many videos and couldn't understand the Nobel prize winners well, but you make it very clear. Greetings from chile 🇨🇱 1 shivam ojha shivam ojha 2 days ago You make all info collective. Good work parth👍 Go for Bells theorem surely we need it 1 G H G H 2 days ago (edited) Thank you for your great video on this topic. In my humble opinion, the problem arises because there is a misunderstanding at the level of the measurements and on what we really measure, the measurements are not carried out at a distance but at the level of the correlation therefore very locally. It is all the interest of the EPR experiments to make clear the nature of the measurement in the experiment without which one arrives at absurdities like the instantaneous transmission in complete contradiction with relativity. 2 Ramkrishna Das Ramkrishna Das 2 days ago Great video Parth. It will be incomplete without Bell's inequality. There are others, I have watched them but not gotten completely. Something tells me, I will get it if you are the teacher. 1 Big Bopper Big Bopper 2 days ago This makes me sad. Educational tubers are always overshadowed by things that don't matter in a few weeks. How are you under 200k subs? 123 Parth G Parth G · Ernest Lau Ernest Lau 21 minutes ago Yes, I would really appreciate it if you could do an explanatory video on Bell's Inequality. Waiting eagerly. Jasjit Singh Jasjit Singh 1 day ago Great Video Parth. I am surprised why don’t you have more than a million subscribers. But I am sure you will there very soon. 2 Kilian Potts Kilian Potts 1 day ago amazing video! so well done, thanks man :) Robert Schlesinger Robert Schlesinger 10 hours ago Excellent video. Very interesting, informative and worthwhile video. 1 Jaganathan A Ratnasingam Jaganathan A Ratnasingam 2 days ago Yes, would love a video on Bell’s inequality. Christopher Christopher 2 days ago Yes, I would definitely like to see your exceptionally clear yet precise mind applied to the Bell's Inequality. Kai Henningsen Kai Henningsen 1 day ago Huh. I just realized (assuming I didn't overlook anything) that there are three different expectations for this problem. Classically we expect the particles to already be in some state; QT says they aren't, but measuring one will instantaneously change the other, but GR says that "instantaneously" isn't even defined - different observers will see one first, the other first, or both at the same time, for any two events! This means that the measurement should really assert the state of the other particle back to a point in time immediately after the two particles split. 1 Uche Odi Uche Odi 2 days ago We do need the bell theorem video. Ur videos just make difficult things simple Chennebicken Chennebicken 2 days ago Doesn‘t the many worlds interpretation solve the issue with the locality? Each time, a wave function „collapses“, locally the observer would find himself in a state where somewhere different the particle is measured to be the opposite. The other Observer at the other particle could potentially run down a completely different future. 3 SUMIT BHOI SUMIT BHOI 1 day ago With great moustache comes great intelligence. -Albert Einstein 1 santiago mier santiago mier 5 hours ago Amazingly well explained, would just liked to have some type of conclusion on what one system being proven right entails for the reality of nature, does this prove that we live in a probilistic universe once and for all? darknightoftroy darknightoftroy 5 hours ago You did a really good job explaining this. I now think I understand the question. I still don't really understand the answer though. To phrase this in non-physics terms: In the evaluation of the data, were there ways in which the statistical model for evaluating the collapsing wave function theory benefited from its design as a probabilistic system all the way through, that might have biased the results over the hidden factor hypothesis which presumably had probabilistic analysis added on after the fact? I am assuming the evaluation was done through its own statistical analysis of the distribution of the data. The details of this experiment seem really important. In your phrasing it sounded like you were implying that even the collapsing wave function model didn't predict things perfectly, just better than the hidden information model. Philosophically, I have some resistance to the collapsing wave function hypothesis for quantum mechanics, but I am open to being convinced to accept it as truth for practical purposes. You really did a stellar job explaining the first part of this, and I'd love to hear you go into greater detail on Bell's theorem and the experimental observations backing this up. These things are hard to understand, and hard to explain, but you did a great job communicating this. Keep it up, and thank you. Rudra Sharma Rudra Sharma 2 days ago I have seen many videos on Bell's inequality but can't get the feel of it. Ig your video will change that.☺️ 2 Taylor Moskalyk Taylor Moskalyk 2 days ago (edited) Please go over Bell's Inequality!! I have been self-studying QM for 6 months now and it's really the one area I have failed to understand: how determinism has been disproven. boo Jay boo Jay 2 days ago Hey Parth, love your channel! Newb question, how do we rectify QM with say, relativity of simultaneity? For example, if there exists a frame for another observer where our past or future is indeed real, how does QM still make this uncertain if someone already knows what the outcome is? It is simply because they could never pass that information onto us? 2 FullMetal FullMetal 2 days ago Parth, the moustache fits well. And also, know, that you have rekindled my love for theoretical physics. Being a military engineer, I veered off course from that subject, but it is never late to get back. 2 Parth G Parth G · Ayush Merai Ayush Merai 2 days ago Yes, I would be more than happy to watch a video on Bell's inequality!!! Luis Aldamiz Luis Aldamiz 20 hours ago Ironically I think that quantum entanglement actually requires of General Relativity to be explained, because only considering that photons do not experience any proper time (i.e. "subjectively" they do not experience any time at all, nor space within their reach either). That should also explain the DCQE experiment and maybe be the how of the "pilot wave" model of wave-particle duality. 1 David Porthouse David Porthouse 2 days ago I would like to repeat the experiment with one detector made of antimatter to see if it makes a difference. If that is too dangerous, then I would like to explore the situation by computer simulation. Bell, Clauser, Aspect and Zeilinger have shown that I need to use a nonlocal theory, which is good news. The information which needs to be shifted faster than light is like a one-time pad rather than a book, my simulation will need to make use of a random number generator, and with a RNG we also have the Vernam cipher available to tackle spooky action at a distance. Why do I say good news? Well at the ensemble level the received equations of quantum mechanics are super-accurate and we can take it for granted that modification of them is forbidden. What we can do in a nonlocal theory is to make a random choice between a spacelike and a timelike integration. Don’t be in a hurry to agree with me, but we do get a new degree of freedom to exploit. We are out of Feynman’s straitjacket. OnzinEnzovoort OnzinEnzovoort 2 days ago Great video, thank you! At some point you said that both locality and statistical independence are violated, but that is not true. The Bell experiments show that either the assumption of locality or statistical independence are broken. AlwaysDisPutin AlwaysDisPutin 2 days ago Interesting. So is the Pauli Exclusion principle because the e.g. 2 electrons have to have opposite spins so that they have a net angular momentum of zero? 1 Unexpected Books Unexpected Books 2 days ago Yes, please make a video about Bell’s Inequality. 6 Parth G PoppeFumanti89 PoppeFumanti89 17 hours ago Hi Parth G! Ty for your content! I i'd like to know, what software do you use tu create the graphics? I really love them Trust Green Trust Green 1 day ago Finally, quantum mechanics can be understood. “Entanglementsolved” Anubhav Anubhav 2 days ago (edited) I was waiting for this video from you and also Great mustache Parth ji👍 4 Parth G Matthew Dickau Matthew Dickau 1 day ago I think something important to keep clear: it isn't hidden variable models per se that Bell's theorem disproves, but local hidden variable models. Bell himself repeatedly pointed out that there is a hidden variable model which makes all the same predictions as QM and which is not disproven by Bell's theorem, namely, Bohmian mechanics. It is also worth noting that the EPR argument shows that the assumption of locality actually implies that there must be hidden variables. (See Travis Norsen's articles on Bell's theorem and the EPR argument.) So by EPR, locality -> hidden variables, and by Bell's theorem, locality + hidden variables -> Bell's inequality is satisfied. Stringing the two arguments together, locality -> Bell's inequality is satisfied. But the experimental work of Aspect and others awarded for this 2022 Nobel Prize shows that Bell's inequality is violated. So what they have definitely proved wrong, specifically, is the assumption of locality. wes johnson wes johnson 2 days ago These three proved that nature can generate statistics that no computer, classical or quantum, can generate from a single location. Awesome to contemplate. We are stuck in the classical, Boolean world. Understanding Quantum Mechanics The 2nd Quantum Revolution -- Nobel Prize in Physics 2022 271,327 viewsSep 11, 2021 Sabine Hossenfelder 565K subscribers Check out the math & physics courses that I mentioned (many of which are free!) and support this channel by going to https://brilliant.org/Sabine/ where you can create your Brilliant account. The first 200 will get 20% off the annual premium subscription. Today I speculate about the Nobel Prize in Physics, and explain why I think it's overdue to go to Aspect, Clauser, and Zeilinger. The probably coolest thing to have come out of their work is quantum teleportation. At 10 mins 30 seconds I refer to a "list". I didn't mean to say that there literally is such a list! I just meant that they have been discussed as candidates for a long time and almost certainly have been nominated repeatedly. You can support us on Patreon: https://www.patreon.com/Sabine 0:00 Intro 1:00 From Einstein to Bell 3:39 From Bell to Quantum Teleportation 7:13 Quantum Teleportation 9:33 A Nobel Prize is due 10:37 Sponsor Message #physics #quantum #science Chapters Featured playlist 15 videos Understanding Quantum Mechanics Sabine Hossenfelder 1,645 Comments rongmaw lin Add a comment... A Star Is Torn A Star Is Torn 6 days ago Sabine used quantum mechanics a year ago to predict this week's Nobel Prize winners! Congrats! 76 Feynstein 100 Feynstein 100 1 year ago Whoever disproves Bell will get the No-Bell prize. Seems fair enough. 509 srivatsava kasibhatla srivatsava kasibhatla 6 days ago How spooky that she predicted all three names correctly! I have actually won a bet with one of my friends today regarding the winners of 2022 Nobel in Physics due to this video. 😍 36 Subhanu Saxena Subhanu Saxena 9 days ago I am sure the Nobel Committee had this video in the back of their mind for today's Nobel Prize in Physics! 68 Mike Baginy Mike Baginy 1 year ago Sabine, I won't pretend to understand the matter you've explained in such detail. But I do find it all terribly interesting! Thanks for your fabulous presentations. 200 Sabine Hossenfelder John Reasonmill John Reasonmill 1 year ago Your channel is a treasure, one of the best "science for average folks" channels I know. I like it when you sometimes tell also about controversial things in the world of science, not just old knowledge + new papers. Super interesting, excellent channel. 10+++ 11 Lorenzo Pozza Lorenzo Pozza 1 year ago Incredibly well done video, as always 58 Sabine Hossenfelder Sabine Hossenfelder · Lemon Party Lemon Party 1 year ago Can't wait to hear more on your progress on superdeterminism. Keep us updated! 35 Iwo Iwanov Iwo Iwanov 1 year ago Top-notch research presented in accessible fashion. Just a great channel by Hossenfelder. Keep up this amazing work. 4 Nigel Guest Nigel Guest 4 days ago As an engineer, I love your presentations, Sabine. They make sense of subjects that would fry my brain. salty dodger salty dodger 1 year ago I find your presentation challenging but pitched just at the right level for non specialists willing to make the effort to understand a little more of the marvels of the universe, Thanks. 4 Bob Bob Bob Bob 1 year ago Great video again as always sabine, if possible can you do a video on your thoughts and opinions on quantized inertia? I've gotten really I to the topic lately and was wondering how viable it actually is 2 J Cortese J Cortese 1 year ago I adore this. I love how QM has this loophole that allows something to travel instantaneously from Alice to Bob but you can't tell what's traveled unless you send something else that's limited by the speed of light. The universe is like a cheap lawyer squinting at its own fine print. :-) 8 Philip O'Neill Philip O'Neill 10 months ago Thanks for this one, Sabine. I've been trying to figure out why quantum teleportation couldn't be used for FTL communications for a long time - you've just explained it in a nutshell for me! The information on the measurement still needs to be transmitted at the speed of light. Much appreciated!! 1 James Younger, DDS James Younger, DDS 4 days ago Really great video, thank you! I'm wondering - is there any theory about the density/amount of the measurement outcome information that Alice sends to Bob, compared to the amount of information Bob gets from the uncovering the quantum state on his end? Meaning, can Alice send a smaller amount of measurement information than the amount of quantum state information Bob can uncover by using that measurement outcome information? 2 r75shell r75shell 1 year ago It would be very nice to have video about loopholes in bell experiments. Because there are plenty of them, and experiments handle several of them but not all at once. My favorite is following: proposed way of measurement is random, but most of experiments actually do multiple experiments with fixed way of measurement. Of course you could calculate expectation value by rearranging sum, but you can't claim that rearranging experiment doesn't have any side-effects. 5 Russell Brooks Russell Brooks 8 days ago Today Zeilinger, Aspect & Clauser were awarded the Nobel prize for this work. This video could not have been more timely! 2 Dallin Sprogis Dallin Sprogis 1 year ago (edited) Very cool Sabine. I hope you find/discover what you are learning/researching in your study/experiments. Hey, quantum teleportation will eliminate vehicles and roads. Welcome to the digital age of traffic jams lol. Thank you for the updated information. It is really interesting to see how much consciousness understands today with the passing of knowledge from one generation to the next. And even though it takes a few more generations of consciousness to think it out in the future. Good to see old knowledge is preserved. 2 Aufenthalt Aufenthalt 1 year ago The three potential Nobel's you cited could be summarised in a Nobel for John Bell, who unfortunately passed away too early. 3 Sabine Hossenfelder · Robin Sarchiz Robin Sarchiz 1 year ago Thank you for explaining Bell’s theorem simply, perhaps you could make an in-depth explanation of it? 1 Hannes R. Hannes R. 9 days ago (edited) Congratulations Sabine! Had to think of your video immediately when I just read the news! 😄 3 Doug Thomson Doug Thomson 6 days ago Fascinating as usual, Sabine. Many thanks. 1 Mark Allan Mark Allan 1 year ago (edited) Thanks Albert, thanks John, thanks Alain, thanks Sabine (our quantum Jedi) Not available to watch videos every week, but sitting down with a cup or tea, coffee, cocoa.. and binge watching them is equally fun, informative. Question in here: Alice generates Entangled State Alice has 1 part of entangled state Bob has 1 part of entangled state (2nd part) Alice takes her quantum information and mixes it together with her-end of the Entangled State. Alice takes a measurement and records XYZ, good. *Note: this measurement is unique to Alice's Quantum information + Entangled State = XYZ measurement. 1. The XYZ measurement only partly tells Alice what the state of the mixed system is in. 2. Making an observation on one end of the Entangled State will determine the state on Bob's end as well. By making the XYZ measurement, Alice pushes the information on her end of the Entangled State over to Bob's part of Entangled State. How does Bob get this information out? Bob needs to know the outcome of Alice's measurement - to understand the information-updated(?) on his end of Entangled State. Bob needs to know the XYZ Measurement. Alice lets Bob know the outcome of her XYZ measurement. Pondering: 1. How does Alice send her XYZ measurement to Bob? 2. Quantum entanglement, teleportation is instantaneous, yes? Question: Is there a way to sent XYZ measurement to Bob using an Entangled State that he can read as-is? Is the XYZ measurement sent at a relative snail-pace, using a non-entangled state? Thank you, Mark 1 steve alston steve alston 1 year ago Thank you Sabine for broadening my horizons even further. I love physics but am not intelligent enough to take it any further than a hobby. In a way I guess I'm more into theoretical physics as I spend a lot of time thinking about things I don't understand! 9 Sorion Hex Sorion Hex 1 year ago I’ve been discussing this topic intently in the past couple of months with one of my friends actually, and was very excited when I saw the title. 9 Anton Anton Anton Anton 10 months ago Discussing those experiments I was actually a little troubled with the assumptions behind hidden variables. They seemed too strict casting away many other hidden variables models. Qu Phys Qu Phys 1 year ago Yes - I fully agree on your Nobel-List … In other matters: Did you already do a clip on Nick Herbert's patent application for "superluminal communication", and the - finally killing - "No-Cloning Theorem" (by Wootters et al, and others)? Sabine: fantastic channel! marcelino galicia marcelino galicia 5 days ago Thank you, Sabine, I love the whole idea of quantum mechanics. We can move on to the future now, science is there, and it is going to be like magic nothing is Impossible. 1 PlasmaFoal PlasmaFoal 1 year ago Hi Sabine, since time and space are linked via spacetime, can two particles become entangled in the time domain and not just the space domain? Forgive my ignorance (which is limitless unfortunately) but it seems to me that some kind of temporal entanglement might explain the double slit/quantum eraser experiment results. Apologies for the wild speculation but I haven't been able to find any info regarding the possibility of temporal superposition and why it may or may not exist anywhere. Exxeron2613 Exxeron2613 1 year ago Love your channel. Keeping my fingers crossed for an episode on negative mass. 1 Daniel Madison Daniel Madison 1 year ago Dr Hossenfelder, your videos are the first thing I watch on the weekend. Thank you so much for them. They always end with me wanting more. 6 Raúl P Raúl P 1 year ago This is the best explanation for Quantum Teleportation I've seen so far. 2 RustyBolts RustyBolts 1 year ago Mind boggling stuff Doc. Love it. Also expecting the emergence of 'Quantum electrobio physics' which to my knowledge is as yet not in existence...? 1 Brook Storm Brook Storm 1 year ago Thank you for the clear presentation of a complex , unfamiliar subject. Hopefully, It helps grow the neural synapses. It sounds like consciousness is being back engineered to manifest amazing things. It will all be self knowledge in the end. You are a gift. modolief modolief 1 year ago Thanks so much for this phenomenal content! I am so glad to hear first hand from a researcher in the field, and also appreciate the care taken to make a clear presentation! dekipantelija dekipantelija 1 year ago Thank you very much for the explanation! Just got out of a french video from Science Etonnante, where they explain the bell inequality and had an interview with Alain Aspect. Now that i saw your video, i understand less poorly the implications of this discovery :) WWLinkMasterX WWLinkMasterX 1 year ago (edited) The metaphor I like to use is a pair of magic treasure chests: Putting an object in one chest and closing the lid teleports it into the other, regardless of how far apart they are. However, upon closing the lid, this generates a magic key that must be used to open the other chest. The key must be transported classically, below the speed of light. You can try to force open the 'receiver' chest without the key, but that destroys whatever is inside. So it's not not really good for transportation, but security. 8 Eraser Eraser 1 year ago Lets get these two geniuses a Nobel Prize!!!! Jerry walker Jerry walker 1 year ago Thanks Sabine for sharing. I always enjoy your videos. 2 Ed Quesada Ed Quesada 1 year ago I really like this video and can't wait to hear about John Bell and Free Will. Thanks Sabine! Happy Home Happy Home 1 year ago Another PhD quality summary of the state of research and how we got here. THANK YOU UneXplored Dimensions UneXplored Dimensions 11 months ago What is your view on Macroscopic quantum mechanics (MQM), involving Objective Semantic Information (OSI) conceived as relational properties (RPs)? Have you read papers by Ravi Gomatam on MQM, Observation problem, Quantum realism etc.? barretgoat barretgoat 1 year ago I can kinda sorta see the benefit of quantum teleportation now. Am I right to say that whatever measurement data you'd have to send is relatively lightweight compared to the information/quantum state that you teleport? Which in turn achieves much faster and more secure means of transporting information and potentially objects? 36 Sabine Hossenfelder · _J B_ _J B_ 11 months ago Quick impulsive idea: what if I "primed" the detectors in advance? The state of the two particles Alice and Bob have would be set (not measured) and the detectors would be set to be the same. I would sort of entangle the devices themselves. Then if I mix some additional information into the system and the outcome of the clean system is set then I could send the information instantly to the other end. I can't know that message was sent but that could be done by making measurements on fixed times to see if "something is in the box". Richard Fleming Richard Fleming 1 year ago Thank You Dr Hossenfelder I NEVER miss one of your videos. 2 MC's Creations MC's Creations 1 year ago Pretty interesting indeed! 😃 Thanks a lot, Sabine!!! Stay safe there with your family! 🖖😊 1 frank x frank x 1 year ago Quantum teleportation nicely explained. Thanks Sabine! 1 armando s. rodriguez armando s. rodriguez 2 days ago Dr.Sabine you seem to be a combo of Dr.MaxPlanck + Dr.Einstein,very deep + heavy meaning very well explained for bumpkins like me.Thank you,you are likely as brilliant as the gentlemen I just mentioned,if not more. AlesT AlesT 1 year ago Complex subject explained in a simple way. Only true experts can do this 👏 7 David David 1 year ago (edited) Happy to see you laying the ground about Superdeterminism. I'm just a physics enthusiast, but have already watched your seminar "Rethinking Superdeterminism" and it's what makes more sense to me about Quantum Mechanics, because it preserves both realism and locality. Either that or the Many Worlds Interpretation, but you have already stated in a previous video that MWI doesn't resolve the measurement problem. 2 Oatmon gen 4 Oatmon gen 4 1 year ago I think this video could be improved by talking about the math of mixed states. The explanations you did in your earlier video definitely made it clearer what was going on. 1 Sabine Hossenfelder · Caleb Jordan Caleb Jordan 1 year ago Love your work. Thank you. GOLDIE GOLDIE 1 year ago I study Physics at the University of Vienna and seeing Prof. Zeilinger's name here is so cool! Had the pleasure to work with him during a seminar and he is a very chill guy! It would be amazing, if he got a Nobel Prize and definitely a big motivational boost for his team, his students and for the entire faculty (not saying that we aren't motivated but a little boost is always a good thing!)! Great Video as always! 1 Damian Laugher Damian Laugher 1 year ago Another great presentation. A great use for quantum teleportation is presented in Cixin Liu's novel "Three Body Problem". I won't give it away. BTW I just started your "Lost In Math" Nicolas Duguay Nicolas Duguay 1 year ago I want a T-shirt with "that's what we'll talk about tuday" and another with Einstein's face "yes, this guy again" 426 Sabine Hossenfelder Sabine Hossenfelder · Marcelo B. Marcelo B. 1 year ago Wonderful, thanks Sabine. I'm sure one day we'll start discovering those hidden variables, but in the meanwhile QM works. 2 transient aardvark transient aardvark 1 year ago Wonderfully clear and to the point as always, but there's something I've still not managed to get a clear answer on ... When Alice mixes her quantum information with that from Bob's entangled particle, Bob's particle changes instantly, ie FTL, BUT he can't decode it til he gets the message from Alice. But could Alice send her information ahead of time, so although the communication still has to take place after a sub-luminal round trip, they could then communicate FTL (or their grandparents exchange a big box of entangled particles and pre-cooked messages, which means that 50 years later Alice and Bob can then send instant SMSs to each other) ? Yash Kumar Yash Kumar 1 year ago (edited) Great Video! Would love it if there were links to the papers in the description, for people who are more interested to dive deeper. Ralph Dratman Ralph Dratman 1 year ago This is really excellent. Sabine, thank you so much! 2 Dr Gamma D Dr Gamma D 1 year ago As an entangled state, the D (deuteron) doesn't get enough attention. Since you know the isospin must add to 1 (for reasons), you don't know which nucleon is a proton or neutron...as that property is entangled. It works just like spin, which is why it's called "isotope-(ic) spin". Chris Griffith Chris Griffith 1 year ago For the first time, we have the engineering and production capability to realize some astounding things with regard to quantum physics. Its going to be a really interesting next twenty years... 5 Erick M Erick M 2 days ago I have a silly question: If we can entangle particles in superposition can we use them to implement the double slit experiment? Because if we can, it would mean we could do that experiment multiple times (with different entangled particles), so Alice could use half of the pairs and allow interference in some experiments and not allow them in others (through measurement), so when Bob use the entangled particles (the other half) to recreate the experiments he will find interference in some and non interference in the rest. Is that possible? Because if it is, we could consider the experiments with interference as 0s and those without as 1s (or viceversa) and I'm guessing Bob could recreate the experiments one second later even if he's on Mars. I still don't understand why this is not posible. What am I missing? Manish Singh Manish Singh 7 days ago (edited) Wow Sabine's prediction comes true in Oct 2022👌This video has aged well😊 1 Nature Space Nature Space 1 year ago I've decided to push up English level by watching your 'physics' videos. It's challenging but I'm going to give a shot anyways. Thank you for your video :) 2 xxiemeciel xxiemeciel 5 days ago (edited) you guessed the nobel winner, it finally happen, you called it :) you couldn't be more spot on on this one :) 1 Tim Veseli Tim Veseli 1 year ago Thanks for sharing all your knowledge with us. Greatly appreciated. 2 Sri Bur Sri Bur 9 days ago (edited) Came here after today’s Nobel prize announcement. Guess you were right! 3 Jamilur Rahman Jamilur Rahman 5 days ago Unbelievable... Nobel prize in physics 2022 is awarded for quantum entanglement 1 Shaughnessy Neal Shaughnessy Neal 1 year ago Even the most parsimonious introduction to your topic takes two-thirds of the video. This is as useful and as esoteric as it gets. 1 andrea andrea 3 months ago Love you, this is so tied in with my spiritual practices I cannot even begin to tell you because you would not believe it ❤️ Rainer Langlotz Rainer Langlotz 5 days ago To be able to accuratly predict this years Noble winners imo points to superdeterminism a the correct interpretation of QM. Now serious: Amazing prediction Sabine! 1 Nathan Leigh Nathan Leigh 1 year ago Subscribed, I love finding awesome new channels very informative thank you! Change Gamer Change Gamer 1 year ago @Sabine, please do a video about the Schrödinger equation, before the probabilities were applied to it. 4 Bob Aldo Bob Aldo 1 year ago I have heard about theory that states that the distance between objects in space is really just degree of entanglement. I would like to see a video that addresses this. Tar Alacrin Tar Alacrin 1 year ago (edited) Great video as always Sabine, this is the best science channel on YouTube By Far. It irks me somewhat that when discussing the discrediting of "hidden variable theories" you didn't mention that this was only a discrediting of "local hidden variables". Unless I am mistaken, Debrogle pilot wave theory is yet to be discredited and is somewhat of a nonlocal hidden variable theory. To me, an explanation of QM which is nonlocal is a much easier pill to swallow than that things are truly non-deterministic. Especially since the dominant understanding of QM today requires some form of nonlocal magic to work anyways. 2 S 1 S 1 1 year ago Can you please do a video about Quantum Knots? I suppose they don't want to hand out Noble Prizes because they are suspicious Quantum Mechanics is not compete, but a statistically mathematical description of hidden mechanisms. JMF JMF 7 days ago About 10 years ago as a product manager of a major shipping company was asked to write up a deck on quantum teleportation as i had a bs in physics but went into business. It was a fun project but had to remember quantum mechanics….my final slide only had one word. “No”! My managers were happy😮 Eric Fernandez Eric Fernandez 7 days ago You just proved retrocausality with the Nobel prize winners😀 1 Eolicus Eolicus 1 year ago 1:03 It is always pleasant to hear Einstein's name pronounced correctly. 8 DeAndre Enrico DeAndre Enrico 1 year ago That quantum teleportation thing is mind blowing. Jim Graham Jim Graham 1 year ago Thanks Sabine, your talks are informative and inspiring. It seems to me much of the mystery of quantum mechanics is more related to hangups with our perception of reality rather than reality itself. Javed Khan Javed Khan 2 days ago Well done - what a brilliant prediction! Dan Campbell Dan Campbell 1 year ago Sabine admitting that we don't know everything, and that we have more to explore & learn. Howard Gary Howard Gary 1 year ago It's important to note that quantum teleportation is not a cloning technique. If for example quantum teleportation techniques are ever advanced to the point where all the information about a physical object can be extracted and used to recreate an exact copy of the object at a different location, then the process of extracting that information will in effect destroy the original (or at least leave it in state that is unrecognizable from its original state). No need to lose sleep wondering what would happen if you were teleported to your favorite vacation spot, and upon returning home you were greeted at the door by yourself. 1 J P J P 1 year ago Maybe they can send them a “quantum Nobel” in the future. 136 Sabine Hossenfelder William William 1 year ago PLEASE dont make me wait another week to hear more of your awesomeness Chris Molina - Personal Chris Molina - Personal 1 year ago Thanks for the eye-opening explanation. :) Alex Hutchins Alex Hutchins 6 months ago I am hoping for a method of instant communication across any distance with quantum teleportation. Other wise conversing from one solar system to another is going to be hell. Tadesse H Tadesse H 5 months ago Great job Sabine. Quantum revolution can bring about the most needed technological advances here on Earth. More focus should be given, as any attempt to prove challenges beyond Earth (space) are helplessly impossible for generations to come. Charlie Meyer Charlie Meyer 1 year ago (edited) Very interested in what free will has to do with any of this... Looking forward. Joe Gee Joe Gee 1 year ago "Do you guys just put quantum in front of everything?" I think that was an Antman 2 quote. 30 Elongated Must Elongated Must 1 year ago Alice and Bob measure at the same frame but each get opposite spin of the other result. It turns out there are two rolls of films. Timeless... johnsonmaje johnsonmaje 1 year ago The mechanism that assigns spin does it do it sequentially? Is the first orbit of an electron -1/2 or +1/2? Could that mechanism be the hidden variable? DJ Mechanicom DJ Mechanicom 1 year ago Fascinating - I probably understand about 10% though 😄 Matt The Cat Matt The Cat 5 days ago Wow you were right. Glad to see QM win the prize! Dr. Satish Sharma Dr. Satish Sharma 9 days ago (edited) Excellent.... madam you are 100% right... all you three predicted in this video 1 year ago , got noble prize 2022... thanks. 1 G C G C 1 year ago Friends and Family Teleportation Plan: "I'm sorry Dave. My teleporter is stuck in an infinite Verizon Mobius loop, and exceeded my data limit. Some of your body parts are still in the cloud. Please hold while I contact Alice and Bob at tech support." 24 robert flynn robert flynn 1 year ago (edited) I agree with you on nobel prize for work on bell's theory today It appears einstein is mostly right and deeper foundation to qm exist. For instance one could just define dark energy or dark matter by equating it to the spin connection reality, up and down. This is calculus Reality 101. Its in mind and real. Gus V Gus V 1 year ago If quantum physics was really great, it would send the Nobel Prize back in time to John Bell when he was still alive. 2 Antony Stringfellow Antony Stringfellow 1 year ago I'd like to see you make a video on the delayed choice quantum eraser. Where effect precedes cause. 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The first 200 will get 20% off the annual premium subscription. Today I speculate about the Nobel Prize in Physics, and explain why I think it's overdue to go to Aspect, Clauser, and Zeilinger. The probably coolest thing to have come out of their work is quantum teleportation. At 10 mins 30 seconds I refer to a "list". I didn't mean to say that there literally is such a list! I just meant that they have been discussed as candidates for a long time and almost certainly have been nominated repeatedly. You can support us on Patreon: https://www.patreon.com/Sabine 0:00 Intro 1:00 From Einstein to Bell 3:39 From Bell to Quantum Teleportation 7:13 Quantum Teleportation 9:33 A Nobel Prize is due 10:37 Sponsor Message #physics #quantum #science Chapters Featured playlist 15 videos Understanding Quantum Mechanics Sabine Hossenfelder 1,645 Comments rongmaw lin Add a comment... A Star Is Torn A Star Is Torn 6 days ago Sabine used quantum mechanics a year ago to predict this week's Nobel Prize winners! Congrats! 76 Feynstein 100 Feynstein 100 1 year ago Whoever disproves Bell will get the No-Bell prize. Seems fair enough. 509 srivatsava kasibhatla srivatsava kasibhatla 6 days ago How spooky that she predicted all three names correctly! I have actually won a bet with one of my friends today regarding the winners of 2022 Nobel in Physics due to this video. 😍 36 Subhanu Saxena Subhanu Saxena 9 days ago I am sure the Nobel Committee had this video in the back of their mind for today's Nobel Prize in Physics! 68 Mike Baginy Mike Baginy 1 year ago Sabine, I won't pretend to understand the matter you've explained in such detail. But I do find it all terribly interesting! Thanks for your fabulous presentations. 200 Sabine Hossenfelder John Reasonmill John Reasonmill 1 year ago Your channel is a treasure, one of the best "science for average folks" channels I know. I like it when you sometimes tell also about controversial things in the world of science, not just old knowledge + new papers. Super interesting, excellent channel. 10+++ 11 Lorenzo Pozza Lorenzo Pozza 1 year ago Incredibly well done video, as always 58 Sabine Hossenfelder Sabine Hossenfelder · Lemon Party Lemon Party 1 year ago Can't wait to hear more on your progress on superdeterminism. Keep us updated! 35 Iwo Iwanov Iwo Iwanov 1 year ago Top-notch research presented in accessible fashion. Just a great channel by Hossenfelder. Keep up this amazing work. 4 Nigel Guest Nigel Guest 4 days ago As an engineer, I love your presentations, Sabine. They make sense of subjects that would fry my brain. salty dodger salty dodger 1 year ago I find your presentation challenging but pitched just at the right level for non specialists willing to make the effort to understand a little more of the marvels of the universe, Thanks. 4 Bob Bob Bob Bob 1 year ago Great video again as always sabine, if possible can you do a video on your thoughts and opinions on quantized inertia? I've gotten really I to the topic lately and was wondering how viable it actually is 2 J Cortese J Cortese 1 year ago I adore this. I love how QM has this loophole that allows something to travel instantaneously from Alice to Bob but you can't tell what's traveled unless you send something else that's limited by the speed of light. The universe is like a cheap lawyer squinting at its own fine print. :-) 8 Philip O'Neill Philip O'Neill 10 months ago Thanks for this one, Sabine. I've been trying to figure out why quantum teleportation couldn't be used for FTL communications for a long time - you've just explained it in a nutshell for me! The information on the measurement still needs to be transmitted at the speed of light. Much appreciated!! 1 James Younger, DDS James Younger, DDS 4 days ago Really great video, thank you! I'm wondering - is there any theory about the density/amount of the measurement outcome information that Alice sends to Bob, compared to the amount of information Bob gets from the uncovering the quantum state on his end? Meaning, can Alice send a smaller amount of measurement information than the amount of quantum state information Bob can uncover by using that measurement outcome information? 2 r75shell r75shell 1 year ago It would be very nice to have video about loopholes in bell experiments. Because there are plenty of them, and experiments handle several of them but not all at once. My favorite is following: proposed way of measurement is random, but most of experiments actually do multiple experiments with fixed way of measurement. Of course you could calculate expectation value by rearranging sum, but you can't claim that rearranging experiment doesn't have any side-effects. 5 Russell Brooks Russell Brooks 8 days ago Today Zeilinger, Aspect & Clauser were awarded the Nobel prize for this work. This video could not have been more timely! 2 Dallin Sprogis Dallin Sprogis 1 year ago (edited) Very cool Sabine. I hope you find/discover what you are learning/researching in your study/experiments. Hey, quantum teleportation will eliminate vehicles and roads. Welcome to the digital age of traffic jams lol. Thank you for the updated information. It is really interesting to see how much consciousness understands today with the passing of knowledge from one generation to the next. And even though it takes a few more generations of consciousness to think it out in the future. Good to see old knowledge is preserved. 2 Aufenthalt Aufenthalt 1 year ago The three potential Nobel's you cited could be summarised in a Nobel for John Bell, who unfortunately passed away too early. 3 Sabine Hossenfelder · Robin Sarchiz Robin Sarchiz 1 year ago Thank you for explaining Bell’s theorem simply, perhaps you could make an in-depth explanation of it? 1 Hannes R. Hannes R. 9 days ago (edited) Congratulations Sabine! Had to think of your video immediately when I just read the news! 😄 3 Doug Thomson Doug Thomson 6 days ago Fascinating as usual, Sabine. Many thanks. 1 Mark Allan Mark Allan 1 year ago (edited) Thanks Albert, thanks John, thanks Alain, thanks Sabine (our quantum Jedi) Not available to watch videos every week, but sitting down with a cup or tea, coffee, cocoa.. and binge watching them is equally fun, informative. Question in here: Alice generates Entangled State Alice has 1 part of entangled state Bob has 1 part of entangled state (2nd part) Alice takes her quantum information and mixes it together with her-end of the Entangled State. Alice takes a measurement and records XYZ, good. *Note: this measurement is unique to Alice's Quantum information + Entangled State = XYZ measurement. 1. The XYZ measurement only partly tells Alice what the state of the mixed system is in. 2. Making an observation on one end of the Entangled State will determine the state on Bob's end as well. By making the XYZ measurement, Alice pushes the information on her end of the Entangled State over to Bob's part of Entangled State. How does Bob get this information out? Bob needs to know the outcome of Alice's measurement - to understand the information-updated(?) on his end of Entangled State. Bob needs to know the XYZ Measurement. Alice lets Bob know the outcome of her XYZ measurement. Pondering: 1. How does Alice send her XYZ measurement to Bob? 2. Quantum entanglement, teleportation is instantaneous, yes? Question: Is there a way to sent XYZ measurement to Bob using an Entangled State that he can read as-is? Is the XYZ measurement sent at a relative snail-pace, using a non-entangled state? Thank you, Mark 1 steve alston steve alston 1 year ago Thank you Sabine for broadening my horizons even further. I love physics but am not intelligent enough to take it any further than a hobby. In a way I guess I'm more into theoretical physics as I spend a lot of time thinking about things I don't understand! 9 Sorion Hex Sorion Hex 1 year ago I’ve been discussing this topic intently in the past couple of months with one of my friends actually, and was very excited when I saw the title. 9 Anton Anton Anton Anton 10 months ago Discussing those experiments I was actually a little troubled with the assumptions behind hidden variables. They seemed too strict casting away many other hidden variables models. Qu Phys Qu Phys 1 year ago Yes - I fully agree on your Nobel-List … In other matters: Did you already do a clip on Nick Herbert's patent application for "superluminal communication", and the - finally killing - "No-Cloning Theorem" (by Wootters et al, and others)? Sabine: fantastic channel! marcelino galicia marcelino galicia 5 days ago Thank you, Sabine, I love the whole idea of quantum mechanics. We can move on to the future now, science is there, and it is going to be like magic nothing is Impossible. 1 PlasmaFoal PlasmaFoal 1 year ago Hi Sabine, since time and space are linked via spacetime, can two particles become entangled in the time domain and not just the space domain? Forgive my ignorance (which is limitless unfortunately) but it seems to me that some kind of temporal entanglement might explain the double slit/quantum eraser experiment results. Apologies for the wild speculation but I haven't been able to find any info regarding the possibility of temporal superposition and why it may or may not exist anywhere. Exxeron2613 Exxeron2613 1 year ago Love your channel. Keeping my fingers crossed for an episode on negative mass. 1 Daniel Madison Daniel Madison 1 year ago Dr Hossenfelder, your videos are the first thing I watch on the weekend. Thank you so much for them. They always end with me wanting more. 6 Raúl P Raúl P 1 year ago This is the best explanation for Quantum Teleportation I've seen so far. 2 RustyBolts RustyBolts 1 year ago Mind boggling stuff Doc. Love it. Also expecting the emergence of 'Quantum electrobio physics' which to my knowledge is as yet not in existence...? 1 Brook Storm Brook Storm 1 year ago Thank you for the clear presentation of a complex , unfamiliar subject. Hopefully, It helps grow the neural synapses. It sounds like consciousness is being back engineered to manifest amazing things. It will all be self knowledge in the end. You are a gift. modolief modolief 1 year ago Thanks so much for this phenomenal content! I am so glad to hear first hand from a researcher in the field, and also appreciate the care taken to make a clear presentation! dekipantelija dekipantelija 1 year ago Thank you very much for the explanation! Just got out of a french video from Science Etonnante, where they explain the bell inequality and had an interview with Alain Aspect. Now that i saw your video, i understand less poorly the implications of this discovery :) WWLinkMasterX WWLinkMasterX 1 year ago (edited) The metaphor I like to use is a pair of magic treasure chests: Putting an object in one chest and closing the lid teleports it into the other, regardless of how far apart they are. However, upon closing the lid, this generates a magic key that must be used to open the other chest. The key must be transported classically, below the speed of light. You can try to force open the 'receiver' chest without the key, but that destroys whatever is inside. So it's not not really good for transportation, but security. 8 Eraser Eraser 1 year ago Lets get these two geniuses a Nobel Prize!!!! Jerry walker Jerry walker 1 year ago Thanks Sabine for sharing. I always enjoy your videos. 2 Ed Quesada Ed Quesada 1 year ago I really like this video and can't wait to hear about John Bell and Free Will. Thanks Sabine! Happy Home Happy Home 1 year ago Another PhD quality summary of the state of research and how we got here. THANK YOU UneXplored Dimensions UneXplored Dimensions 11 months ago What is your view on Macroscopic quantum mechanics (MQM), involving Objective Semantic Information (OSI) conceived as relational properties (RPs)? Have you read papers by Ravi Gomatam on MQM, Observation problem, Quantum realism etc.? barretgoat barretgoat 1 year ago I can kinda sorta see the benefit of quantum teleportation now. Am I right to say that whatever measurement data you'd have to send is relatively lightweight compared to the information/quantum state that you teleport? Which in turn achieves much faster and more secure means of transporting information and potentially objects? 36 Sabine Hossenfelder · _J B_ _J B_ 11 months ago Quick impulsive idea: what if I "primed" the detectors in advance? The state of the two particles Alice and Bob have would be set (not measured) and the detectors would be set to be the same. I would sort of entangle the devices themselves. Then if I mix some additional information into the system and the outcome of the clean system is set then I could send the information instantly to the other end. I can't know that message was sent but that could be done by making measurements on fixed times to see if "something is in the box". Richard Fleming Richard Fleming 1 year ago Thank You Dr Hossenfelder I NEVER miss one of your videos. 2 MC's Creations MC's Creations 1 year ago Pretty interesting indeed! 😃 Thanks a lot, Sabine!!! Stay safe there with your family! 🖖😊 1 frank x frank x 1 year ago Quantum teleportation nicely explained. Thanks Sabine! 1 armando s. rodriguez armando s. rodriguez 2 days ago Dr.Sabine you seem to be a combo of Dr.MaxPlanck + Dr.Einstein,very deep + heavy meaning very well explained for bumpkins like me.Thank you,you are likely as brilliant as the gentlemen I just mentioned,if not more. AlesT AlesT 1 year ago Complex subject explained in a simple way. Only true experts can do this 👏 7 David David 1 year ago (edited) Happy to see you laying the ground about Superdeterminism. I'm just a physics enthusiast, but have already watched your seminar "Rethinking Superdeterminism" and it's what makes more sense to me about Quantum Mechanics, because it preserves both realism and locality. Either that or the Many Worlds Interpretation, but you have already stated in a previous video that MWI doesn't resolve the measurement problem. 2 Oatmon gen 4 Oatmon gen 4 1 year ago I think this video could be improved by talking about the math of mixed states. The explanations you did in your earlier video definitely made it clearer what was going on. 1 Sabine Hossenfelder · Caleb Jordan Caleb Jordan 1 year ago Love your work. Thank you. GOLDIE GOLDIE 1 year ago I study Physics at the University of Vienna and seeing Prof. Zeilinger's name here is so cool! Had the pleasure to work with him during a seminar and he is a very chill guy! It would be amazing, if he got a Nobel Prize and definitely a big motivational boost for his team, his students and for the entire faculty (not saying that we aren't motivated but a little boost is always a good thing!)! Great Video as always! 1 Damian Laugher Damian Laugher 1 year ago Another great presentation. A great use for quantum teleportation is presented in Cixin Liu's novel "Three Body Problem". I won't give it away. BTW I just started your "Lost In Math" Nicolas Duguay Nicolas Duguay 1 year ago I want a T-shirt with "that's what we'll talk about tuday" and another with Einstein's face "yes, this guy again" 426 Sabine Hossenfelder Sabine Hossenfelder · Marcelo B. Marcelo B. 1 year ago Wonderful, thanks Sabine. I'm sure one day we'll start discovering those hidden variables, but in the meanwhile QM works. 2 transient aardvark transient aardvark 1 year ago Wonderfully clear and to the point as always, but there's something I've still not managed to get a clear answer on ... When Alice mixes her quantum information with that from Bob's entangled particle, Bob's particle changes instantly, ie FTL, BUT he can't decode it til he gets the message from Alice. But could Alice send her information ahead of time, so although the communication still has to take place after a sub-luminal round trip, they could then communicate FTL (or their grandparents exchange a big box of entangled particles and pre-cooked messages, which means that 50 years later Alice and Bob can then send instant SMSs to each other) ? Yash Kumar Yash Kumar 1 year ago (edited) Great Video! Would love it if there were links to the papers in the description, for people who are more interested to dive deeper. Ralph Dratman Ralph Dratman 1 year ago This is really excellent. Sabine, thank you so much! 2 Dr Gamma D Dr Gamma D 1 year ago As an entangled state, the D (deuteron) doesn't get enough attention. Since you know the isospin must add to 1 (for reasons), you don't know which nucleon is a proton or neutron...as that property is entangled. It works just like spin, which is why it's called "isotope-(ic) spin". Chris Griffith Chris Griffith 1 year ago For the first time, we have the engineering and production capability to realize some astounding things with regard to quantum physics. Its going to be a really interesting next twenty years... 5 Erick M Erick M 2 days ago I have a silly question: If we can entangle particles in superposition can we use them to implement the double slit experiment? Because if we can, it would mean we could do that experiment multiple times (with different entangled particles), so Alice could use half of the pairs and allow interference in some experiments and not allow them in others (through measurement), so when Bob use the entangled particles (the other half) to recreate the experiments he will find interference in some and non interference in the rest. Is that possible? Because if it is, we could consider the experiments with interference as 0s and those without as 1s (or viceversa) and I'm guessing Bob could recreate the experiments one second later even if he's on Mars. I still don't understand why this is not posible. What am I missing? Manish Singh Manish Singh 7 days ago (edited) Wow Sabine's prediction comes true in Oct 2022👌This video has aged well😊 1 Nature Space Nature Space 1 year ago I've decided to push up English level by watching your 'physics' videos. It's challenging but I'm going to give a shot anyways. Thank you for your video :) 2 xxiemeciel xxiemeciel 5 days ago (edited) you guessed the nobel winner, it finally happen, you called it :) you couldn't be more spot on on this one :) 1 Tim Veseli Tim Veseli 1 year ago Thanks for sharing all your knowledge with us. Greatly appreciated. 2 Sri Bur Sri Bur 9 days ago (edited) Came here after today’s Nobel prize announcement. Guess you were right! 3 Jamilur Rahman Jamilur Rahman 5 days ago Unbelievable... Nobel prize in physics 2022 is awarded for quantum entanglement 1 Shaughnessy Neal Shaughnessy Neal 1 year ago Even the most parsimonious introduction to your topic takes two-thirds of the video. This is as useful and as esoteric as it gets. 1 andrea andrea 3 months ago Love you, this is so tied in with my spiritual practices I cannot even begin to tell you because you would not believe it ❤️ Rainer Langlotz Rainer Langlotz 5 days ago To be able to accuratly predict this years Noble winners imo points to superdeterminism a the correct interpretation of QM. Now serious: Amazing prediction Sabine! 1 Nathan Leigh Nathan Leigh 1 year ago Subscribed, I love finding awesome new channels very informative thank you! Change Gamer Change Gamer 1 year ago @Sabine, please do a video about the Schrödinger equation, before the probabilities were applied to it. 4 Bob Aldo Bob Aldo 1 year ago I have heard about theory that states that the distance between objects in space is really just degree of entanglement. I would like to see a video that addresses this. Tar Alacrin Tar Alacrin 1 year ago (edited) Great video as always Sabine, this is the best science channel on YouTube By Far. It irks me somewhat that when discussing the discrediting of "hidden variable theories" you didn't mention that this was only a discrediting of "local hidden variables". Unless I am mistaken, Debrogle pilot wave theory is yet to be discredited and is somewhat of a nonlocal hidden variable theory. To me, an explanation of QM which is nonlocal is a much easier pill to swallow than that things are truly non-deterministic. Especially since the dominant understanding of QM today requires some form of nonlocal magic to work anyways. 2 S 1 S 1 1 year ago Can you please do a video about Quantum Knots? I suppose they don't want to hand out Noble Prizes because they are suspicious Quantum Mechanics is not compete, but a statistically mathematical description of hidden mechanisms. JMF JMF 7 days ago About 10 years ago as a product manager of a major shipping company was asked to write up a deck on quantum teleportation as i had a bs in physics but went into business. It was a fun project but had to remember quantum mechanics….my final slide only had one word. “No”! My managers were happy😮 Eric Fernandez Eric Fernandez 7 days ago You just proved retrocausality with the Nobel prize winners😀 1 Eolicus Eolicus 1 year ago 1:03 It is always pleasant to hear Einstein's name pronounced correctly. 8 DeAndre Enrico DeAndre Enrico 1 year ago That quantum teleportation thing is mind blowing. Jim Graham Jim Graham 1 year ago Thanks Sabine, your talks are informative and inspiring. It seems to me much of the mystery of quantum mechanics is more related to hangups with our perception of reality rather than reality itself. Javed Khan Javed Khan 2 days ago Well done - what a brilliant prediction! Dan Campbell Dan Campbell 1 year ago Sabine admitting that we don't know everything, and that we have more to explore & learn. Howard Gary Howard Gary 1 year ago It's important to note that quantum teleportation is not a cloning technique. If for example quantum teleportation techniques are ever advanced to the point where all the information about a physical object can be extracted and used to recreate an exact copy of the object at a different location, then the process of extracting that information will in effect destroy the original (or at least leave it in state that is unrecognizable from its original state). No need to lose sleep wondering what would happen if you were teleported to your favorite vacation spot, and upon returning home you were greeted at the door by yourself. 1 J P J P 1 year ago Maybe they can send them a “quantum Nobel” in the future. 136 Sabine Hossenfelder William William 1 year ago PLEASE dont make me wait another week to hear more of your awesomeness Chris Molina - Personal Chris Molina - Personal 1 year ago Thanks for the eye-opening explanation. :) Alex Hutchins Alex Hutchins 6 months ago I am hoping for a method of instant communication across any distance with quantum teleportation. Other wise conversing from one solar system to another is going to be hell. Tadesse H Tadesse H 5 months ago Great job Sabine. Quantum revolution can bring about the most needed technological advances here on Earth. More focus should be given, as any attempt to prove challenges beyond Earth (space) are helplessly impossible for generations to come. Charlie Meyer Charlie Meyer 1 year ago (edited) Very interested in what free will has to do with any of this... Looking forward. Joe Gee Joe Gee 1 year ago "Do you guys just put quantum in front of everything?" I think that was an Antman 2 quote. 30 Elongated Must Elongated Must 1 year ago Alice and Bob measure at the same frame but each get opposite spin of the other result. It turns out there are two rolls of films. Timeless... johnsonmaje johnsonmaje 1 year ago The mechanism that assigns spin does it do it sequentially? Is the first orbit of an electron -1/2 or +1/2? Could that mechanism be the hidden variable? DJ Mechanicom DJ Mechanicom 1 year ago Fascinating - I probably understand about 10% though 😄 Matt The Cat Matt The Cat 5 days ago Wow you were right. Glad to see QM win the prize! Dr. Satish Sharma Dr. Satish Sharma 9 days ago (edited) Excellent.... madam you are 100% right... all you three predicted in this video 1 year ago , got noble prize 2022... thanks. 1 G C G C 1 year ago Friends and Family Teleportation Plan: "I'm sorry Dave. My teleporter is stuck in an infinite Verizon Mobius loop, and exceeded my data limit. Some of your body parts are still in the cloud. Please hold while I contact Alice and Bob at tech support." 24 robert flynn robert flynn 1 year ago (edited) I agree with you on nobel prize for work on bell's theory today It appears einstein is mostly right and deeper foundation to qm exist. For instance one could just define dark energy or dark matter by equating it to the spin connection reality, up and down. This is calculus Reality 101. Its in mind and real. Gus V Gus V 1 year ago If quantum physics was really great, it would send the Nobel Prize back in time to John Bell when he was still alive. 2 Antony Stringfellow Antony Stringfellow 1 year ago I'd like to see you make a video on the delayed choice quantum eraser. Where effect precedes cause. 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