Quantum Levitation & Superconductors - How Does it Work?

In this video, we'll be exploring the fascinating world of superconductivity, a state in which materials exhibit zero electrical resistance and perfect diamagnetism.

We'll start with an overview of what superconductors are and how they work, including the basic principles of quantum mechanics and the phenomenon of Cooper pairs. We'll also cover the different types of superconductors, their properties, and their potential applications in fields such as energy, transportation, and computing.

We'll explore the history of superconductivity, from its discovery in 1911 to the latest breakthroughs in research and development. We'll also look at some of the real-life applications of superconductors, including magnetic levitation trains, medical imaging, and particle accelerators.

Whether you're a beginner looking to learn the basics or an experienced professional seeking to expand your knowledge, this video has something for everyone. By the end of this video, you'll have a solid understanding of the principles and mechanisms of superconductivity, and how this cutting-edge technology is revolutionizing energy and technology.

[lucsmits]

Jason has enormous didactic qualities and invests a lot of energy in his presentations, what a great teacher 👍👍👍

[Oppenheimer]

Conducted my thesis research at Los Alamos (NHMFL) in NM- specifically superconductivity. Heavy fermions at very cold temperatures (Liquid Helium) become magical...

[athenaphoenix]

I love how he makes the topics exciting, while also completely demystifying them as well.

[anthon]

He is a perfect teacher.. very knowledgeable, can impart the information fluently n simply n make it fun all at the same time

[eugenepluta]

Best exlanation of supercondctivity I have ever come across and had to watch it twice in a row. This is one of those videos that have to be revisted over time once again!!!

[mewsicman]

This is definitely my new favourite from your lectures. Now I understand why quantum mechanics doesn't really makes any sense just like what other physicist are saying. Hope you'll do more lectures about quantum mechanics❤

[sandorkurta]

That´s how an explanation is done . Very detailed and nicely structured. Love your lectures, helped me understand bugs i had in my understanding for decades. Cheers!

[geraldbull]

I like this chap he doesn’t mess about and I like the way he does his demos.

[hopolo]

1:12:00 cool, now i understand Cooper pairs better than I ever did before.

[andrewjustin]

Please make more content about basics and advance of quantum mechanics! Thanks!!

[anthon]

Any body who loves physics will enjoy this sir thank u for such a good explanation ....persons watching this a least have to have high school physics to apprecite this well presented sir with respect ....if you were my physics teacher i would be a nasa engineer now flying to the moon on photons

[ulysses_grant]

As I watch the video, it totally takes me back to McFly's flying hoverboard. Who never dreamed of having one of these?!
Amazing lecture Jason!!

[tresajessygeorge]

THANK YOU... SIR...!!!
It is very interesting and intuitive...!!!

[andrewclarke]

I've not seen you do any lessons covering this topic before. This is new territory for me. Looking forward to watching this in detail over the coming weekend.

[s.m.h.m]

In my country there must be no more than a handful of educators who teach like this.

[wearehear]

Made soon with super conductors placed dimensionally correct, tomorrow shall be possible for us to experience yesterday. Thank you Soo much

[jamestanny]

Excellent presentation! I really enjoyed the practical experiment, I was stumbled by the levitation effect, that was awesome!

It was easy to follow throughout the video and I got really impressed how well you explained quantum physics, it was as clear like daylight and got me to understand complex aspects with ease. By presenting the practical first I was able to visualize what you were saying on a deep technical level, even though I have no experience with quantum physics only with physics 1 & 2.

You were confident and corrected yourself when something might seemed too difficult to grasp for us viewers, this you did really well.

Thank you for an amazing presentation on levitation and super-conductors. Your expertise in the field made me really motivated (and curious) on this specific field.

As I only take a pre-course to engineering I am to choose what type of engineer I would like to study for the next semester. (If I pass the exams which are in may), then I might go with EE (or automatics and robotics), your course bundle has saved me on multiple occasions and especially on complex subjects in maths and physics. The best investment I have ever done and it was worth each dime!

Thank you Jason, you really are an engineer I look up to 👍

[jedidaddyissues]

This was amazing! I had so many questions and you (almost😁) answered all of them! This gives me a lot to think about! Thank you so much!

[kashstream]

Love your teachings, I would like to add to the knowledge that there is another way to make superconductors, but this way is at room temperature.

[DanielaValeriaMariadaConceicao]

In the universe is just a superconducting and not only that does it make sense. Cristal clear thank you! Thank you God bless