Practical quantum computers may be one step closer to reality thanks to new research inspired by simple mechanical devices.
These tiny fractals could make quantum computing work
Researchers at Stanford University claim to have developed a critical experimental device for future technologies based on quantum physics. The technique involves acoustic instruments that harness motion, like the oscillator that measures motion in phones. It is part of a growing effort to harness the strange powers of quantum mechanics for computing.
“While many companies are experimenting with quantum computing today, practical applications beyond proof-of-concept projects are likely 2-3 years away,” Yuval Boger, the chief marketing officer of quantum computing company Classiq, told Lifewire in an email interview. “These years will see the introduction of larger, more capable computers, and the adoption of software platforms that make it possible to take advantage of these emerging machines.”
Stanford researchers are trying to bring the benefits of mechanical systems to the quantum scale. According to their recent study published in the journal Nature, they achieved this goal by combining tiny oscillators with a circuit that can store and process energy in a qubit, or quantum “bit” of information. The qubits generate quantum mechanical effects that could power advanced computers.
