The breakthrough sparked when the joint research team found three different kinds of soliton (space that transit 1 electron each with stability) inside Indium atomic ray of 1nm wide. In 2015, the team officially named the three solitons “Chiral Soliton”. And in February 2016, the team discovered that the chiral solitons, moving like an electron inside micro Indium atomic rays, are able to make co-computations.
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