Steven Girvin - Quantum Hall Effect

[@ffmaer]

0:20 the classical Hall Effect 2:00 the quantum Hall Effect 4:07 There are more subtle and complex quantum states. 4:47 quantum bits 5:26 topological quantum computers 6:25 The technology is at its early stage.

[@JonathanAmadeus]

T.C. Zhou 0:00 Science tings

[@elainehu8185]

thank you sir

[@waldwassermann]

Don't you find that Steven Girvin's presence is even more soothing than Bob Ross? This is one great man to invite for the Christmas family dinner (as a harmonizer). Thank you Steven. 🙏

[@jayceeworld98]

U r right wald.. He is explaining everything with a nice and mesmerizing smile...that makes u learn more easily!

[@waldwassermann]

@@jayceeworld98 🙏

[@chizhang2765]

his voice is so soothing... imagine attending this guys lectures 😳

[@VinnyOrzechowski]

this guy proved you can be high as a kite, and still sound intelligent

[@physicsAIandscience]

😂😂

[@universaleducationpoint4605]

Thank you for informative lecture. Dr. Surender

[@AaryanUpadhyayaWho]

This was surprisingly ez to understand for a noob in QM

[@xiaowangwang5457]

it is just has "quantum' in the title, it didn't even explain how quantum effect caused this. you don't need knowledge in QM to understand this at all.

[@UHFStation1]

4D space discovery with hall effect?

[@jackpullen3820]

At 6:00 He says the information is sort of spread out and shared, sort of holographically. Does he mean shared through quantum entanglement? It is possible to have swarm of entangled particles.

[@roberttheiss6377]

I don't think he means with quantum entanglement which is actually precise action from a distance; he means to change the state of the system one has to make a large change locally to shift the system to a different state of low energy, therefore these systems would be good as information storage because input can have noise and not be perfect. The low energy state is shared and dependent over the entire system. An analogy would be how a small amount of votes doesn't change who gets elected, but a large enough amount does - but in a general sense you don't have to know the exact number of votes to know who won, just have to be accurate enough to know the majority.

[@timothypulliam8734]

Blew my mind!

[@shawnharrison7596]

If any of you have been using HP scientific calculators for solutions dealing with quantum physics I hope you avoided using the 'y^x" function. On any HP calculator i.e. hp48 hp49 hp50 hp prime, when raising a negative number to an even-numbered exponent they will return a negative. e.g. -2 * -2 * -2 * -2 equals 16 but the EquationWriter form '-2^4' when evaluated returns -16. Don't they teach in kindergarten that a negative times a negative equals a positive?

[@brendawilliams8062]

Sounds like a 1010: problem

[@francishubertovasquez2139]

Considering your status and intellect sir, no offense meant, but your appearance looks quite identical to my young nephew abroad in Canada. Was there age superpositioning? I'm just mind bizaare at this moment mind probing and wondering, while no gf yet.

[@Petrov3434]

Outstanding !!!

[@hyper_logic]

that's nice can you kindly also explain Hall Effect in superlattices and also in epitaxial layers in case of semiconductors?

[@niaschim]

Imtiaz Madni I like cheeses of assorted consistency

[@bigboi9856]

@@niaschim understandable, thank you for this morsel of enlightening knowledge in these trying times.

[@waldwassermann]

Quantum Hal (9000)

[@arbab64]

Why don't you assume there is a transverse current, like magnetic current?

[@sumsar01]

Because magnetic monopoles are quite exotic objects and if they exist at all they don't do so in normal wire. But it's hardly related to the Hall effect in any way.

[@pmesage]

​@@sumsar01 wow that gave me goosebumps

[@alexanderm2220]

Approximately

[@joaquinllacer]

thankyou

[@francishubertovasquez2139]

You have mentioned about Topological Quantum computer to aid for that research, I think you said there's no such thing for now, maybe because in topology for example a figure formed like a rubber band or string which is invariant cannot be broken down but can be changed to other forms and because there's a variety of states like the dual figure of 8 that's why an idea of braiding according to you is a possibility idea. And that figure of 8 can't be changed because it's dual states aside from being entangled but going different ways in its pathway strings and could be fixed 8 as superiorly coded by High Spiritual beings. Then what if that's a fixed figure of 8 strings maybe another method is like a rubber band fold the 8 string loop over each other. Then what's the interaction? 2 fat buddies chatting? ( Joke )

[@alexgonzo5508]

5:20-6:20 (topological quantum computer) - His description sounds to me a lot like how blockchain technology functions except applied to a network of electrons instead of computers.

[@TonOfHam]

You can't have a 2D layer of electrons. Where's the (non-math based) proof for more or less dimensions?

[@ricememes]

🗿

[@Gassebol]

Quantum computer?! Time so sell all your bitcoins?

[@RyterM]

Probably the only 13 y/o here

[@shreya6601]

Good job bro Learn this stuuff You proud about it?

[@The_hungry_vegans]

cqm

[@stavroulax.1212]

I agree

[@bigotmaster]

Pseudo-science. Bet it pays well though.

[@bigotmaster]

+bigotmaster *But maybe Girvin's sincere interest in and fight for **#DIVERSITY** might justify his huge salary? :* _"Steven Girvin, deputy provost for science and technology, said female scientists often face unconscious, implicit biases from even the most enlightened of their colleagues."_

[@rafitiki]

is his salary huge ? do you have any reference for that claim ? nevertheless I am a physicist myself and can try to answer if you have questions about the quantum hall effect

[@HumanoidTyphoon91]

the fact that you don't understand it and you envy successful scientists, doesn't make it pseudo science.

[@Melocoton326]

How ignorant you are.

[@4amcuriosity162]

His username says it all guys.