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Anyon-Quasiparticle-Qubit-Electron.

An anyon is a unique type of quasiparticle that exists exclusively in two-dimensional (2D) systems, possessing physical properties that fall strictly between those of fermions and bosons. First proposed in the 1970s and named by Nobel laureate Frank Wilczek, anyons are central to modern quantum physics and the development of topological quantum computers. /Wikipedia/

Book: "Why nobody understands quantum physics"

" ... under specific conditions, particles or electrons split into quasiparticles. It turns out that even those fundamental, seemingly inseparable particles are capable of family expansion .... These new parts-of-particles are neither fermions nor bosons. Frank Wilczek called them anyons (from the word 'anyone'). Also these anyons can be far apart, they always remain mysteriously linked by an invisible, highly elastic thread". /Page 291, by Frank Verstraete and Celine Broeckaert/

“But what practical use can we make of these anyons? … Designing a computer that operates on anyons and their permutations, could, in principle, overcome this obstacle, since the superpositions would then be protected by the intrinsic topological properties of the anyons.” /Page 292/

So how is all this even possible? …. Alexei Kitaev: the principle of quantum error correction is equivalent to the existence of anyons (those ‘quasiparticles’ from the quantum Hall effect) in highly entangled quantum systems” /Page 320/

This method involves simulating a system of (artificial) anyons using a system of ordinary qubits.” /Page 321, by Frank Verstraete and Celine Broeckaert/

So! “…under specific conditions, particles or electrons split into quasiparticles” which are “anyons” and which are “qubits” !!!

Similarly.

These specific conditions can be observed during the collapse of the Schrödinger wave function (Ψ). Born's electron (with probability |ψ|²) leaves an atom and splits into quasiparticle, which is an "anyon," and which is a "qubits".

Question: Can an electron really be a qubit of information?

it's very unfair and dangerous how you said "than computers came into being and they only spoke machine languages" etc. Don't you feel the difference between being invented by people and "came into being"???? lessons like these are very very sad for me as for scientist. you teach people to wrong vision((((

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I used to use Kahn academy all the time in school, but I never thought Id run across it again in my life 😅

20260105 day2

Great 🎉

Thanks