Flip-flop qubits: a whole new quantum computing architecture

UNSW engineers have developed a completely new architecture for quantum computing, based on what they’re calling ‘flip-flop qubits’, that promise to make the eventual large-scale manufacture of quantum chips much cheaper and easier. MORE info:
newsroom.unsw.edu.au/news/sci...
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[@Suger18]

I am kinda speechless.

[@elnurvl]

Thank you! Thank you very much for your contribution! So excited to see commercial quantum computers based on this model which are true game changer and completely different kind of devices. Wish I had a chance to have a tiny part on these innovations.

[@RichHandsome]

Congratulations guys! Keep up the revolutionary work! Love from Canada

[@TheRealMrLaserCutter]

I read in an article on the same topic that a prototype of this idea will be proved out in 2022. What are the major hurdles preventing this idea being manufactured sooner?

[@sshine1154]

quantum computers + fusion energy will be a new era in human history

[@mister0zorg]

Thanks to share with us!

[@jp5125]

The way Andrea explains things is awesome, I wish he was my physics teacher. I'm still struggling to find an explanation or example of how qubits can be used programmatically to solve problems though :(

[@curiouscuriosity9167]

Parabéns Dr Tosi: merece o premio máximo de física. Ficamos no aguardo.

[@TheFabianR1]

Muy interesante!

[@Ilidanion]

what about error correction?

[@CharlesVanNoland]

Amazing!

[@gtrmcs]

Does it requires same absolute zero temperature to control system

[@nihao123456ftw]

now this is interesting!

[@lalumierehuguenote]

How much qubits have you had working together? What's the size of a qubits pair?

[@archersterling4044]

Amazing

[@basaltnow]

Please make a longer video, explaining details, give a virtual youtube lecture please. What you show here would be a break through in quantum computing, it looks like I go shopping for a "quantium One" next year at the CBIT.......really...I don't think so. Please explain, the flip flop seems to be the perfect silicone implementation of real qbits in a chip without cryogenics and stuff.

[@Spiderlanky]

Well isn't that something amazing!!

[@nathangeco]

coisa linda

[@TurboEncabulat0r]

You absolute champions. Looks like Australia will be the new superpower.

[@benkao8253]

How can someone who is interested in this field work with you or other similar quantum computing innovators?