What Is Condensed Matter Physics?
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- čas přidán 13. 06. 2023
- A brief description of my field of condensed matter physics. Our most famous things are probably superconductors and nanotechnology but we do all sort of cool stuff. I worked on quantum wells (which are vaguely a sort of nanotechnology) and making them so small that the quantum mechanics properties can be studied at higher temperatures (you can see me explain my thesis presentation here • "Excitons in Transitio... ).
My research group from graduate school butovgroup.ucsd.edu/ - Věda a technologie
This is an underrated video!! Super helpful, and interesting explanations! Didn't know this was how the fields of research were divided. It's definitely gonna take me a while to decide between plasma, optical, condensed matter and nanotechnological physics though.
Thank you! Those are all good options but you have time, especially if you're still in undergrad. They all have their own merits and challenges but they're all interesting.
Hilarious intro and great detail into the Condensed Matter Physics field. I had no idea what it was prior to watching your video! You may have just changed my academic path! Lol
as a physics student at uni trying to figure out what field to go into, thank you for this 😊
Great descriptions! I'm a physics student in training, and condensed physics is where I want to go.
Thank you! I was debating if I should do a condensed physics minor as a chemistry major and you really convinced me to do 😁😁
New subscriber. Im from ECE Background. I got acceptance from University Wisconsin Madison for masters in physics Quantum computing. So i was searching about condensed matter physics. Beautiful video
Nice content, CZcams recommended your vídeo, I'm from Brazil and new in the chanel, talking about science is always hard to attract people, but with good content the algorithm slowly sumon us hehehehe keep going
oh awesome, welcome to the channel I guess haha
and thanks!
Hey myself vishwas here, it was such an informative video, I am doing MSc and hopefully will be able to learn more about condensed Matter, sadly I am unable to find a theoretical condensed Matter physics PhD student who makes video like you do, it would be really nice if you suggest someone like you in the theoretical side also...
Hi, unfortunately I don’t know of anybody who does condensed matter theory videos, although I might cover more of the theory I do know in the future. The best thing I can recommend isn’t videos but these notes by professor Daniel Arovas courses.physics.ucsd.edu/2010/Winter/physics211b/LECTURES/211_COURSE.pdf
Really enjoyed this video
Thank you!
Outstanding
Thanks!
Hi! Very informative video. I am working on a project that requires knowledge of condensed matter physics (in particular BECs and spin waves/magnons); do you happen to tutor in it? I would greatly appreciate any help, thanks!
Sort of, I used to tutor quantum mechanics and other undergraduate classes. I'm happy to answer any questions, you can find my email on my channel page or just ask them here.
I'm thinking to choose condensed matter physics for my matsters. Astrophysics is love but I wanna do experiments. Please say good luck to me 🥺
That’s awesome, good luck!
Hi! very informative video, i want to get some from you if you don't mind. i have complete my bechlor degree in physics . I want to continous my study futher in physics but I am stuck in fields selection.
which one area is best physics can you guaid me.
Well there's not really a "best" area of physics, it all depends on what interests you. I outlined some of the benefits of condensed matter in the video, namely that you'll be working on smaller projects and get to do more hands on lab-work if you're an experimentalist and get quicker feedback on the validity of your ideas if you're a theorist. Astro, particle, plasma and AMO physics are all good too though. I'd recommend doing neutrinos of heavy ions if you do particle physics but I'd recommend reading some review papers from fields that peak your interest and see if the details still seem interesting to you.
I enjoyed your video. I want to specialize on condensed matter physics
That’s awesome! I think it’s an interesting rewarding field to do research in so I’m glad you’re interested, good luck!
Erica what am I looking at?
In the thumbnail? That's a rendering of a van der Waals quantum well structure.
People say I am just plucked guitar strings.
But nobody can produce structures with guitar strings.
Using My process I have made three component structures. I believe each of the component’s represents a field.
I have to induce some energy in the middle field by using Euler’s contain column method for my ground state energy level.
Then I compress it in my viselike press to raise to higher energy levels.
I made the structure by adding a sheet above and below the center sheet. When I had compress the center sheet as much as I could, I would bond the contact points.
The long duration and close proximity of the Sheets field to each other would be ideal in nature for bonding interaction to occur. it would be wild if you took some fields and bonded them together that be something.
They say in engineering that trusses are built from a minimum amount of material.
to me this shows how something as whimsical as a field can produced a condensed matter structure (if I am using the phrase correctly).12:52
This field model may be related to the your topic.
czcams.com/video/wrBsqiE0vG4/video.htmlsi=waT8lY2iX-wJdjO3
Thanks for your informative and well produced video.
You and your viewers might find the quantum-like analog interesting and useful.
I have been trying to describe the “U” shape wave that is produced in my amateur science mechanical model in the video link.
I hear if you over-lap all the waves together using Fournier Transforms, it may make a “U” shape or square wave. Can this be correct representation Feynman Path Integrals?
In the model, “U” shape waves are produced as the loading increases and just before the wave-like function shifts to the next higher energy level.
Your viewers might be interested in seeing the load verse deflection graph in white paper found elsewhere on my CZcams channel.
Actually replicating it with a sheet of clear folder plastic and tape.
Seeing it first hand is worth the effort. 8:36
Gravity and string theory don't get along