- Видео 12
- Просмотров 157 288
Arafat Kazi
Добавлен 18 июл 2012
Видео
The Oxford Solid State Basics - Lecture 11
Просмотров 2,2 тыс.8 лет назад
The Oxford Solid State Basics - Lecture 11
The Oxford Solid State Basics - Lecture 10
Просмотров 5 тыс.8 лет назад
The Oxford Solid State Basics - Lecture 10
The Oxford Solid State Basics - Lecture 9
Просмотров 6 тыс.8 лет назад
The Oxford Solid State Basics - Lecture 9
The Oxford Solid State Basics - Lecture 8
Просмотров 6 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 8
The Oxford Solid State Basics - Lecture 7
Просмотров 6 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 7
The Oxford Solid State Basics - Lecture 6
Просмотров 8 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 6
The Oxford Solid State Basics - Lecture 5
Просмотров 7 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 5
The Oxford Solid State Basics - Lecture 4
Просмотров 8 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 4
The Oxford Solid State Basics - Lecture 3
Просмотров 13 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 3
The Oxford Solid State Basics - Lecture 2
Просмотров 23 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 2
The Oxford Solid State Basics - Lecture 1
Просмотров 68 тыс.9 лет назад
The Oxford Solid State Basics - Lecture 1
Need to be teenagers 😢
wtf
I'll never be able to unsee that
excellent lecture and im also curious about the date the lecture is made
Welcome To *Marley's World 369*
What’s the name of this movie,please?
@@juandong3245 "Youth"
thank you sir, love from India
this place is heaven for science junkies.
hey , is this course okay for undergraduate for learning solid states
Yes. Here is the description of the course from podcasts.ox.ac.uk/series/oxford-solid-state-basics : "This lecture series constitutes a first undergraduate course in solid state physics delivered in an engaging and entertaining manner by Professor Steven H. Simon of Oxford University. Standard topics such as crystal structure, reciprocal space, free electrons, band theory, phonons, and magnetism are covered. The sequence of the lectures matches that of the book "The Oxford Solid State Basics" (OUP, 2013)."
I think the Professor made a mistake around 38:00. His explanation of the pictures of the optical mode and the acoustic mode should be flipped around.
first, yey!
火钳刘明
Is there a possibility to be mailed the chocolate bar when we know the answer to the question ?
Lorenz (without the t) is actually Danish not German.
And Lorentz with t is Dutch, not German lol
What's the name of the professor ,please!
Steven H. Simon
I Developed a New Intergrated Circuit Subtrate Design Based on " INFUSED "Wide Band Gap " TUNNELING " Utilizing Nanotechnology Doping , How Would I Approach A Technology Company For A Licensing agreement?
I'm convinced, i love it!
@21:50 "No one gets chocolate for that." bahahahha he mentions no one laughs @ his jokes.. Im laughing! I love him, seems like all of his students are jus dull!
A perfectly acceptable translation of "Ansatz" is 'estimate', for which 'guess' would be a perfectly good synonym.
1.5x speed is lit.
Can anybody tell me why it is v^3 instead of v^2 at 16:46 ?
The v^3 comes from k^2 dk (by substituting (k=omega/v)). So the third v comes from the term dk in the integral at 16:03 . Hope this helps!
could u upload the remaining lectures?thx
Kazi Arafat Ahmed if possible can you mention what topic he is teaching in each lecture? or you can upload a list specifying the topics? It will be very helpful thank you.
Amazing teacher!
very intersting lecture
excellent I also like so much his humor!
amazing lecture again! thank you so much!
wow, excellent lecture! thanks for making this available, it is helping me to digest the topic, which is not as intuitive if one just follow Kittel's classic book
I want those infinite boards in my classroom.
It will be extremely helpful if you add to the description of the lectures the main topics that will be discussed in each lecture.
podcasts.ox.ac.uk/series/oxford-solid-state-basics
@@jonlasarte9690 thank you!
search for 'oxford solid state basics', the description is available on oxford webpage
simply wow
Nice and clear lecture to follow. Thanks greatly for putting this course on RUclips!
keeping the pace at 75% is also good.
This professor makes a very good job getting rid of complicated algebra manipulations in demos and focusing on argumenting and motivating the steps that are being made. Excellent!!
thx Dr I really enjoy it 😊 from Egypt 🇪🇬🇪🇬
plz title the lectures
I don't really think that someone is going to answer this, but just in case. Generally if you have the dot product of two orthogonal vectors the result is 0 (because a dot b is cos of the angle between them). Why is it that G dot x in 7:00 isn't supposed to be 0, but some constant C if the points are defined to be in a plane perpendicular to G?
Ok, my bad. I think that the product of G and the points in a plane perpendicular to it do not necessarily give 0. :D For instance: if G is the z axis and the plane is parallel to (but not the) xy plane then the dot product is (x y constant) * (0 0 z) = constant * z =/= 0
excellent lectures up to here, thanx. just for more accurate dimensions of SiO2, R_si+4 ~ 0.3 A, R_O2- ~ 1.30 A. with other words oxygen cation radius is 4 times larger that Si anion or volume is 4^3 or 64 times larger.
thanks brother. if u can plz upload the lectures of econophysics for undergraduate . looking forward for ur help
It would be really nice if you could upload the rest. Will you consider doing it in the near future, or you don't have those videos?
Any chance you'll b uploading the rest of these lectures..?
Who s this Pr?
Really a Nice Professor
After 33:00 : And here is the song: ruclips.net/video/vWz9VN40nCA/видео.html ;-)
Debye was a Dutchman (like I am, hehe!). His name is pronounced like "De-bee". Bye!
Yeah it is. We were taught longitudinal waves can't be polarized.
Excellent! It's mind-blowing that sound waves in solids are polarized.
Sure, I will upload the remaining lectures as soon as possible. :)
please post the remaining lecture videos also. i found those in itunes but my internet plays them very slowly (i don't know why)
please post the remaining lecture videos also (8-21)
+ram karki podcasts.ox.ac.uk/series/oxford-solid-state-basics