@Phoboskomboa

I just defended my dissertation on Fe-based superconductors, and I found this video incredibly useful. Understanding things on a deep technical level is completely different than being able to understand it in simple terms and communicate it easily to a general audience. Like Einstein said, if you can't explain something simply, you don't understand it well enough.

@pixelphysics3550

Bad metals making great superconductors is like an inspirational quote in itself

@Xenodeza

Thank you for making these maps, it takes subjects that are not necessarily digestible by everyone and breaks them down to where even non-physicists can understand them, all the while still being respectful of people's intelligence. Much appreciated!

@sicapanjesis3987

Filming in the woods was a very cool idea...the greenery is pretty eye soothing...do such more often

@samyakspace8907

The fact that this channels videos are free is just insane

@TangoIndiaMike144

"But... it's not magic, it's just plain old quantum mechanics" - Magician

@Muonium1

Correction at 12:00 - SQUIDs aren't used in MRIs, MRIs use conventionally conducting receiver coil, rather they're used in magnetoencephalography and magnetocardiography machines.

@frederikthiele6715

Nice map and I enjoy your videos. I would like to mention an additional and interesting technology made possible by superconductors. Superconductors can be used to detect light on the single photon level with great precision. These superconducting nanowire single photon detectors SNSPD work by breaking down the superconduction of a wire when a photon impinges on a superconducting wire. They are around since the early 2000s and are used in the field of quantum optics. Currently the SNSPDs are setting the gold standard for single photon detection and can achieve a near unity detection efficiency.

@Techmagus76

A very nice and well done quick overview over a complex field which hit the sweet spot of not to trivial to be wrong and not to complex to kick 99% of the people out very well.
One thing for the back side of the map: the magic angle of bilayer graphene.

@arcsomniac

DFTBA!  Nerdfighter here, but Anton Petrov (What Da Math?!) brought me here.  Great stuff!

@onglai_travels

I like how DoS also means Density of States, one of the key things studied in superconductivity

@taylorstoll562

Great video! I am a PhD student in mechanical engineering and focused in thermal energy systems and sustainability. That being said, I have zero background in this subject haha. This was super informative and easy to digest. Keep making great videos!

@LucasDimoveo

Map of biomaterials next?

@최영환-g1p

I love your pictures about the map of the science series. How about making those maps not only a poster but also a mouse pad? it would be really fascinating and I'm sure that many people would like it.

@physicsisawesome4205

Physics is the most beautiful, incredible and important knowledge ever created

@homosapien5684

His voice is therapeutic 😌

@HawthorneHillNaturePreserve

Dominic is such an excellent science communicator!  😮 he could teach anybody anything 🙏 👍

@sweetdragon36067

I very much enjoyed your video, but to be honest, I've got to watch it several more times to digest all of the information.  Great job.

@shawon265

13:21 Superconducting trains are already a thing now. Currently holding the title of World’s fastest train at 600+ km/hr SCMagLev is in operation in Japan.

@lumanaughty1025

My Map of Quantum Physics poster is my favourite thing in my room!!