Quantum computers may be just around the corner for more current use.
This development is an important step in making a quantum computer using everyday materials.
The study was published on Dec. 7 in the journal Science.
Quantum computers can solve problems that are inaccessible through conventional computers.
Devices can generate extremely large numbers or find optimal solutions to complex problems.
Building a quantum computer requires researchers to create qubits and attach them to each other with high fidelity.
Silicon-based quantum devices use a quantum electron property called rotation to manipulate information.
In contrast, conventional computers work by manipulating the negative electron charge.
To build the two-qubit gate, the team placed tiny aluminium wires on a highly ordered silicon crystal.
Technology has the potential to scale to more qubits with even lower error rates.
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