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levitated nanodiamondInteresting Engineering
•80% Informative
Scientists at Purdue University have achieved a breakthrough in quantum physics by levitating and spinning nanoscale diamonds at an incredible speed of 1.2 billion rotations per minute.
This “world’s smallest disco” is expected to play a crucial role in investigating the relationship between quantum mechanics and gravity.
The team created nanodiamonds, each about 750 nanometers in size, using high pressure and temperature.
They observed how this rotation uniquely impacted the spin qubits, a phenomenon known as the Berry phase.
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