A classical simulation of a quantum-inspired audio communication scheme combining single-qubit probability amplitude modulation with three-qubit error correction achieved STOI ...
Researchers encoded a logical qubit in a single trapped ion and surpassed the break-even point using autonomous quantum error correction ...
A new Clifford+T quantum saturating adder achieves constant T-depth and reports average T-count savings of 17.15% over current methods.
Physicists have demonstrated the teleportation of surface code logical states with code distances up to 7 on a 125-qubit superconducting ...
A complete classification shows the FCC lattice CSS code's high encoding rate and its distance-3 ceiling are the same degrees ...
A systematic review finds published qubit estimates for breaking RSA-2048 fell from about one billion to as low as 11,000, ...
Researchers at Forschungszentrum Jülich performed a quantum gate on a superconducting qubit in 6.8 nanoseconds with over 99.98 percent accuracy ...
A theoretical proposal from researchers in Brazil and China shows that the oscillating supercurrent generated by an Andreev qubit's own ...
A UCF-led project will develop tools to estimate the performance, error-correction demands and resource needs of partially fault-tolerant quantum simulations ...
Researchers have demonstrated simultaneous high-fidelity single-qubit gates across five silicon spin qubits by identifying and compensating microwave-induced a.c.-Stark shifts, achieving ...
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