Helios argues that high-fidelity qubits are crucial for solving real-world problems, even if they mean slower gate speeds.

Researchers enhance Yb+ spectroscopy precision sixfold by utilizing a quantum atomic bath of ultracold atoms for continuous ...

UbiQD received $200,000 through New Mexico’s Quantum Technologies Award to develop a light source emitting single particles ...

Intel Corporation announced an agreement to acquire Classiq, a quantum computing software provider, combining Classiq’s synthesis platform with Intel’s established spin-qubit manufacturing and ...

A team at the Chinese Academy of Sciences achieves 18.8% efficiency with large-area organic solar cells using a new ...

A new quantum key distribution (QKD) protocol achieves secure communication over 27km of fiber, addressing transmitter-side ...

The UK and Singapore deepen ties with the 11th UK-Singapore Financial Dialogue, advancing cooperation in areas like digital ...

A KIT partnership develops a blueprint for future quantum software, establishing a common basis for applications and hardware ...

Congress directs Treasury to review U.S. investments in critical technologies via the COINS Act, part of the FY26 National ...

Even with imperfect detectors, qubits can maintain entanglement longer, according to new research on a two-transmon system.

This approach uses a fixed-depth quantum circuit applied to an initial Floquet eigenstate, a construction made possible by ...

QKD faces maturity and security hurdles, according to a new position paper from ANSSI, BSI, and other agencies.