IBM aims to build the world’s first large-scale, error-corrected quantum computer by 2028

IBM intends to be able to perform mathematical tasks that go beyond the ability of classic computers. Starling will contain the logical 200 Qubits, which will be built with company chips. You should be able to perform 100 million logical operations, respectively, accurately; Current quantum computers can do this for only a few thousand.

The system will appear to correct the error much wider than anything that has been done before, as Gambetta claims. Includes previous errors, such as those made by Google and Amazon, include one logical Qubit, designed from one slide. Jambeta is called “Tools of Tools”, saying “It is small.”

However, it is unclear whether Starling will be able to solve practical problems. Some experts believe that you need logical processes corrected by one billion errors to carry out any useful algorithm. “Starling represents a” interesting system. “. “But it is unlikely that this economic value will be born.” (PFAFF, which studies quantum computing devices, received search from IBM but not involved in Starling.)

Starling’s timeline looks glorious, according to PFAFF. He says the design “depends on the experimental and engineering reality.” “They have come up with something that seems very convincing.” But building a quantum computer is difficult, and IBM is likely to have delays due to unexpected technical complications. “This is the first time that someone has done so,” he says about making a quantitative computers correctly.

The IBM road map first includes building smaller machines before Starling. This year, you plan to prove that the information corrected with errors can be stored strongly in a slice called LON. Next year, the company will build Kookaburra, a unit that can store information and make accounts. By the end of 2027, you plan to connect two Kokaburra units together in the larger quantum computer, Cockatoo. After successfully showing this, the next step is to expand the range and connect about 100 units to create Starling.

PFAF says this strategy recently reflects the industry’s embrace of “model” when increasing the size of quantum computers – create multiple units together to create a larger quantitative computer instead of placing Qubits on one slice, as researchers did in previous designs.

IBM also looks after 2029. After Starling, you plan to build another Jay Blue Jay. (“I love birds,” says Gambita.