UNSW Quantum Computer Lab Visit - Part 2

Part 2 of the visit to the UNSW Quantum Computer research lab with Professor Andrea Morello who is the Scientia Professor of quantum engineering in the School of Electrical Engineering and Telecommunications at the University of New South Wales, and a Program Manager at the ARC Centre of Excellence for Quantum Computation and Communication Technology.
This video looks a the smaller helium test tank, probes, and the pump room.
Plus a look at the Australian National Fabrication Facility where the research silicon wavers are produced.
Part 1: Was an in-depth look at the engineering inside a quantum computer, and also demonstrating the operational results live and how they are measured.
• Inside a Quantum Compu...
Previous in-depth discussion on how quantum computers work: • Quantum Computing with...
00:00 - 1.5 Kelvin Liquid helium cooling chamber
01:13 - 0.3 Kelvin Helium 3 tester
04:15 - Pumping room
07:34 - A look at the Australian National Fabrication Facility

[@LordZordid]

I could listen to Mr. Morello all day.

[@mokopa]

Absolutely ditto. I find this stuff INCREDIBLY interesting and he has a gift.

[@Mtaalas]

Andrea Morello is just wonderful person and teacher :)

[@lewis5336]

Thank you for documenting this stuff. I find it fascinating and Andrea's explanations are easy to follow.

[@justjoe7313]

Thumbs up even before the video starts!!! Love this, thank you very much for posting it!

[@JigilJigil]

Great tour, there are not that many videos with this level of details on quantum computer labs.

[@ONRIPRESENCE]

Showing this to my quantum engineer trainees in Minnesota 😎.

[@patrickbenjamin9056]

This and part one were extremely interesting. Thank you both for doing the video.

[@TroyRubert]

Thank you both for doing this. It helped me clear up a lot of misunderstandings in my head.

[@redsquirrelftw]

Just watched the part 1 too. This stuff is beyond my understanding, but it's still really interesting to see just what goes into this sort of research. It seems we are actually half decently close to seeing practical quantum computers. I imagine we won't see them in homes any time soon if ever but I could see them being useful for AI and such once refined to the point they can do actual tasks. I can imagine them being scaled down over time too where you basically install a "quantum card" in a regular computer and plug in some chiller lines into it that go to a central chiller system.

[@quantum-inc]

Nice glad you did the videos

[@JuliusUnique]

thanks for making such an informative video!

[@entropyachieved750]

So interesting and such a great teacher

[@getwoofwholes]

my favorite video. My favorite video! thank you very much!!!!!! thank you!

[@Stebanoid]

We used to have an adsorbtion fridge at home in the 90s. Perfectly silent.

[@Orbis92]

Thanks :)

[@xDevscom_EE]

Very nice tour, thanks! Do they also do the calibration for sensors and devices in-house?

[@JuliusUnique]

9:55 I always thought they make this with photons rather than electrons edit: the extreme UV lithography costs billions of dollars? Wow, never thought it was this complex. Guess the accuracy needed makes it very expensive

[@getwoofwholes]

And I also like the position of his beard.

[@Leonardo-ql1qu]

Generic name: QUMPUTER - From now on, let's call them QUMPUTERS. Much better than the tongue twister 'Quantum Computers'!

[@mddell24]

Hmmm, does he know anything about Quantum Computers or MOSTLY about refrigerators??

[@teatree6228]

Out of date-