Topological quantum computing with Majorana Fermions

[@carlospazdearaujo7079]

The most stupid production of a video. Seeing the speaker and barely showing the screen!

[@NK-qc5jn]

Extremely insightful talk, given me a foundational understanding of this cutting edge research field as well as a solid starting point to delve deeper into some of these topics.

[@hellstormangel]

Microsoft, note for future productions, to just stick to the slides for the video feed unless they need to use the board. Showing the researcher for the entire video adds no benefit, showing the slides allows users to take in the input more efficiently.

[@aliceiqw]

where can i find the slides?

[@BearsDenOneinVain]

What good is this video if you cant see screen and what he talking about?? Next time make sure to put camera back more to see him and stuff he points to when he talks plz. ty!!!

[@ПолинаМатвеева-ж9ц]

Great talk, very clear!

[@nirjharbhattacharjee_lkjh]

Very nice and knowledgable speaker but utterly poor camera work. I don't understand what is the animosity the camera person had with the slides!!

[@Mgaak]

Why this is uploaded 5 years after it happened ?

[@tombyrne6433]

majorana zero modes created 2022

[@kukan95]

Alright, what about decoherence-free subspaces?

[@ivarhakuse8572]

Amazingly poorly made! Are we to look at the speaker and only get brief glimpse of the slides?

[@davidyoung3288]

Majorana fermion in gold can be useful but same in aluminum column; gallium et al;

[@cerimite7674]

Gold has a dense electron gas cloud in it's conduction zone and is a good candidate for that purpose, but for the amplification of a Qunatum Hall Effect through magnetized toriidial field of particles. One would need a many particle field where gold would be < 10 nm particle that would participate as an electron field contributor. This would form a self sustaining reaction.

[@marcusrosales3344]

@@cerimite7674 This sounds like a giant jumble of buzz words, i.e. nonsense...

[@cerimite7674]

@@marcusrosales3344 yes. This is because it is extremely complex and is therefore ambiguous without going into too deeply. The final product is a plasma field (like in lightning) from a nebulized micro water sphere. This is hypothesized from researching though quantum science's text and periodicals such 'Nature'. I have retired 10 years ago from a career in analytical chemistry and have enjoy formulating a prototype energy system paper for peer review.

[@cerimite7674]

What is even more important for our civilization is finding a new source of energy; the quantum realm offers a realization for this endeavor. Quantum computing is a lesser objective, although more immediately profitable to the corporate bottom line. Development of this new energy source is not that complex, but requires a visulation of a process that encompasses an amplification of the current science.

[@Kartof2]

Quantum mechanics does not provide for a new "source" of energy unfortunately. But quantum computing is the next step in quantum control of information. What you see as a "corporate bottom line" is actually a very successful sales pitch by scientists to companies and the government so that there is funding for experiments, etc. Without this tandem effort, nothing would get done in developing fields. The actual corporate profit is decades away.

[@cerimite7674]

@Robert Link do you actually understand the quantum sciences?

[@RuanODonnell]

32:44

[@JayendraNBandyopadhyay]

like windows operating system, all microsoft research videos are also useless...

[@carlospazdearaujo7079]

Add to that the "I want to heard" wanabees, and there is almost no way to keep an eye in this. The speaker was very kind.

[@fowextrraiohlio4813]

руский акцент что ли?

[@peabrane8067]

Fake