Scientists from the University of Melbourne have created the world’s largest time crystal. By programming one in the simulator In a quantum computer with 57 qubitsthe quantum equivalent of a binary bit in a normal computer, they succeeded in forming a crystal three times faster than those in the most recent experiments.
but in fact, What are time crystals? With their names straight from the latest Marvel release, the time crystals It was discovered ten years ago by theoretical physicist and 2012 Nobel Prize winner Frank Wilczyk.
his hypothesis? 3D crystals, as we know them, have been shown to hide many properties, particularly the fact that they are conductors. What if they kept even more secrets, once they were observed under a quantum magnifying glass?
Crystals have an essential property: they multiply symmetrically. By adding the time parameter and making it swing like a pendulum, we notice that Continuous conversion without power loss. Long considered theoretical objects, they are now at the center of real physics experiments.
Unlimited capabilities
The IBM Quantum Hub Lab It provides researchers with free online access to entire sections of its quantum computer.
To test their hypotheses, scientists from the University of Melbourne were able to use remote computing to gain access to the IBM quantum computer in the United States.
They were then able to make changes to the individual qubits in the system and then use strong magnetic pulses to form a single, large-time crystal that would repeat itself over and over again.
Promise of this discovery? Because crystal formation is repeated continuously, the system never loses its memory, and never forgets its initial state. So they can revolutionize our computers by providing them with memories of superimposing levels of computation and information in the quantum phase.
Google Quantum AI It’s already been working for several months… Its goal: to build a quantum computer capable of solving the most complex problems, much faster, thanks to its super powerful memory.
Therefore, it is a major advance for physics, but it may also soon have an impact on our daily lives. You don’t have to understand time crystal equations in detail to know that they can greatly accelerate technological or medical progress.
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