Quantum Information’s Revolutionary Origins | Charles Bennett

[@pranaypallavtripathi2460]

I feel really lucky to have found this channel

[@Juxtaposed1Nmotion]

Really? like you weren't going to run into the most well known name in computer science, on a computer, talking about the on going history of said computer science?

[@albertocordova5591]

The explanation of Quantum Information based on timeline is great. Many thanks to Prof. Charles Bennet.

[@quTANum]

Once you go 4k, you can't go back! Wish every Qiskit Seminar Series uses a local recorded footage. Its quality is way better than the live stream replay.

[@xlarity675]

"Quantum information is like the information in a dream. If you try to describe your dream, that changes the memory of it. So eventually you forget the dream, and you only remember what you said about it." at 9:00.

[@brendawilliams8062]

Sounds like cosmology may need spooky action at a distance.

[@nandinimuthusubramanian3903]

Oh what a brilliant analogy!! I am definitely quoting your line about information from a dream in my thesis.

[@mariossamiotis6079]

These series are amazing, keep them up!

[@ansleylee6073]

His name keeps showing up in my quantum computing intro class.

[@Dsuranix]

beautiful. this is wonderful to see all of this information, this is all so vital for our world.

[@slowercuber7767]

thank you for this wonderful talk. I plan to watch it a at least twice more when I can give it more attention. It is one of two I've heard recently that help redefine the concepts of uncertainty and entanglement into a more palatable and accessible form.

[@pantelischristidis4198]

A vey concise explanation to a dificult subject

[@mbal06749]

I love a scholar with a sense of humor. This was a very well done presentation :)

[@LydellAaron]

19:39 it's our job to understand Nature, 23:15 spooky DELAYED action at a distance.

[@norskrom]

5:45 -- '?' is one heck of a read.

[@markusheimerl8735]

There is a mistake in the english subtitles, at 5:28, Dr. Bennet said "Von-Neumann" not "Fanoman"; Otherwise great Video, I enjoyed it very much!

[@qiskit]

thanks, will update

[@JohnSmall314]

That was excellent. Thankyou.

[@KiranThengil]

Interesting talk.

[@theultimatereductionist7592]

Good ideas never impede scientific progress. People choose to either be idiots and not take reality and practicality seriously or they choose to be intelligent.

[@tungvuthanh5537]

This series is amazing

[@qiskit]

Thank you!

[@ionman2202]

Subtitles at 15:14 and 15:15 say "cubit". This should say "qubit". Important difference.

[@qiskit]

fixed. thanks for the heads up :)

[@Cheo97]

Gold❤️❤️🙌

[@courtnayguimaraes]

can we have the TRANSCRIPT of this BRILLIAN class?

[@jesussanchezherrero5659]

Any textbook on Spintronics for absolute beginners?

[@botjabber9187]

Rewatching

[@aniksamiurrahman6365]

Some source in the description would've been better.

[@kosterix123]

the type of guy that goes to MIT to chill off from his regular work as a sabbatical.

[@laurenth7187]

Well, all that is based on Bell's equations, which are not easy to understand, and before that, Einstein had the idea of hidden variables. I mean, it's possible that a pair of photons is created with certain properties at the beginning and you measure only what's already exists. How to be sure that they are not determinated before the measurement, here you have to understand Bell's equations. I mean even at the MIT one should now that.

[@ValidatingUsername]

If a photon experience no time how does an observer perceive time passing while it travels a set distance

[@hemantsakhare3635]

Hey guys I am new here and want to start with it ! So can you share me how and what to start what is needed and what not?

[@gayathridevi7004]

Start with IBM qiskit textbook,Refer summer school videos, qiskit youtube channel and read blogs..

[@hemantsakhare3635]

@@gayathridevi7004 how long it will take for me learn this and get a job?

[@kyle5519]

Should of specified if your talking about digital information or real information.

[@JohnDoe-zz3hj]

Ol Charlie,,, what a mind.. He's like; you know the behavior in the 4th dimension, a proton behaves no different,, you can tell his concepts and visualization of 4D in his mind, impeccable... Ol Einstein wanting to give Charlie a thumbs down rite now,, lol

[@yednekachewgeremew1886]

haaaa... discipline over lap.. so what is point of continuous teaching knowing they will get over lap i.e uncertainty doubts fears, hatred

[@REMY.C.]

Solid scripts are needed for those videos. It's hard to follow anything if you're no expert. Half the video and no information stuck to my slow brain.

[@Epoch11]

The fact that you speak about mathematicians and physicists as being these arrogant pricks speaks a lot about the society we live in these days. When an idiot thinks he's smart it's a problem, but when a genius thinks he's smart it can lead to catastrophe.

[@shanesprankle4260]

Thank you for trying to climb over the wall with me.

[@ItDoWhatItBe]

Who does he name when referencing the first computer scientist to take physics theorems seriously? kzbin.info/www/bejne/eGalhpuwd9GCY7c

[@davidhechler4245]

Gilles Brassard

[@laurenth7187]

No you can't improve CPUs with theses quantum gates, because the rest of the machine is still bases on silicium.

[@rayyakusoku9751]

You guys didn't even gave them a chair I guess due to their age They are having troble in moving

[@yednekachewgeremew1886]

information as by it self has age of human life through including category as metaphysical epistemological ethical, political artistically phenomenon it revolution expressed by humans culture and act mainly form 1000th bc and late in 17th and 19th i n 19th it becomes structural important good for authorities in 20th change his form to including social structures in all field of digging nature of object in humans and all possible existence still distributed info in all category creatures no clarity to observe nature because we feed our self with our own constracted belief so this guy can't come up with this explanations without all freedom he have to express it in all levels of filed

[@georgejo7905]

Maybe someone can explain why quantum , q bits , look to me like QAM . The reason a QAM modem acheives such large datavrates over phone lines is a result of shannons law. It states the capacity of a channel Blog(1+s/n) . The modulation is phase and amplitude .phase here is like spin and s/n is signal to noise . So theoretically at zero noise it is infinite. Like quantum computers at superconducting temp. Looks to me like there is a poteential of room temp analog quantum computers