Mechanical Schrödinger's Cat ⚡ экспресс
Original: "Reservoir-Engineered Mechanical Cat States with a Driven Qubit"
Physicists found a simple way to make a nanostring vibrate forward and backward at the same time — just one qubit and a clever signal.
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Imagine a string that trembles left and right at the same time. This is no trick: physicists have found a way to create a quantum 'cat' in an ordinary nanoresonator — without complex traps, just by sending a signal to a qubit. Such a macroscopic quantum object will pave the way for sensors of unimaginable precision and invulnerable quantum computing.
🎯 In 2019, scientists cooled a nanostring to a state where it completely stopped trembling from heat.
🎬 Schrödinger's cat states are often played with in science fiction — from stories of reality splitting to quantum computers of the future.