Breathing space for quantum chips: work shows that noisy ties can still scan systems

UC Riverside Researchers can use Totum Sysectems to use SOILY CINKION LINKSING.

Breathing to breathe for quantum chips: Study can still present scale systems yet

For years, the largest obstacle in quantum IT has been the scale.Although quantum processors can already face complex simulations in chemistry, material science and data safety, most remain very small and fragile to be practical for large -scale applications.

A new riverside study at the University of California has indicated that it could change.

Researchers have shown that many small quantum chips can be connected to an operating system.

There is a reference to the road to produce a large computer number that prevent failure fails before it is expected.

"Our job is not the new cip," said Mahamed A. Shelby, the Unit of the first author and the dolotor applicant in a physics and reality.

"It's about showing that the chips we already have can be connected to create something bigger and still act. It's a fundamental change in the way we create quantum systems."

Spreading, in these cases means solving a lot of facts without damaging system capabilities to see and correct integrity integrity.

Tied to chips, errors are corrected

In operation, connecting to the coupram chip is difficult because the relationship between a separate procedure is often noise, especially when in different frozen frogs.

"Contacts between separate chips - especially placed in separate chryogenic refrigerators - are more noisier than operations within one chip," he said.

However, the group is led by UC Riverside has found a link between chips to 10 times more crowded than their own chip, the system can still detect an error.

"This means we do not have to wait for the complete application to measure coordinates," we know that they are all called "- and still be able to write a family plan."

Building Fidel Value Programs

The study reflected the reason why not enough to read the qubits.

Individual "QubTits (Effective Building Policies) are doing in combination of the body to correct the problem of the body.

One of the most effective techniques is the surface code in which the quantum processor encodes the logical quitin by detecting and determining the error in its architecture.Thesalby team has duplicated thousands of modular models with this method and tested them on several layers of errors and noise.

More in science

Results appear in the increase, system may be relied on using the lack of spotlight today.

"So far, most quantum periods are aimed at increasing the most of many Ubdits," he said.

It is made up to work and used things in the last job in the last work in the last job n haven kn Knnin on Germany in Germany in Germany.

Education is published on Physical Review.