Majorana fermions and where to find them | QuTech Academy

Video: Majorana fermions and where to find them
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Please note the following error at t=3:00, the correct operators should read:
\gamma_1 = 1/2(c+c^\dagger), \gamma_2 = -i/2(c-c^\dagger).

[@Mgaak]

Ah, its nice to finally put a face to the name seen on papers! Youre a hero :)

[@mariar.6741]

But Majorana is still a mistery, since he disappeared after these discoveries, and nobody seems to know where he went.

[@stevevai1707]

@@mariar.6741 It has long been established that he did not die in 1938. He disappeared to dedicate himself in solitude to the greatest invention of mankind, the majorana machine. Able to annihilate and transform matter on command. In the same years he instructs his pupil, Professor Rolando Pelizza, to replicate it. The machine was officially presented to the CNEN (Italian Nuclear Energy Committee) in 1976 by pelizza, with a positive outcome. Basically we have had unlimited energy since the 1970s. But the CIA and government agencies have always hindered this project, Pelizza has in fact been under attention for about 40 years by the CIA (wikileaks) . This is the video of the experiment at CNEN in 1976. The beam eliminates the chemical component on command, passing the other objects. kzbin.info/www/bejne/imXZdIR3mr-fnbM

[@techanddesignnikhil]

Very nice video ... thank you

[@LydellAaron]

The 1/2 term in Majorana forms look like trigonometric forms from product of sums. The gamma and gamma transpose terms are complex conjugates.

[@wqwq2024]

very nice video! looks like a typo at 3:07 mark, c and c^\dagger equations are reversed, provided they are consistent to the gamma equations