Magnetic Mosaic: How Non-Repeating Patterns Trap Tiny Quantum Waves ⚡ экспресс
On a mosaic floor with a non-repeating pattern, magnetic arrows dance a chaotic dance, creating a quantum spin liquid with high entropy—a measure of disorder. The Alexei Kitaev model showed that in such a dance, anyons are born—particles with fractional charge, unlike ordinary particles from the Standard Model. A weak magnetic field makes the anyons move, but the mosaic pattern acts as a trap: some whirl in closed loops, others freeze forever. The energy spectrum confirms that geometry governs motion. This promises quantum computers where information is stored in immobile anyons, protected from noise. Quasicrystals themselves are not just theory: they have been found in meteorites that arrived from space long before Earth was born.
🎯 Quasicrystals, discovered in 1982, were first thought impossible, but in 2011 their discoverer won the Nobel Prize. They also occur in nature: for example, in meteorites that are older than Earth.