>_ Skip to main content
Menu
Search
EigenOrbit Study Finds No Single Best Quantum Backend
Quantum Technology

EigenOrbit Study Finds No Single Best Quantum Backend

Here’s the thing nobody running a quantum demo wants printed on the slide. There is no best backend. Not IBM’s....
pQCee Partners With Carahsoft for Government PQC Sales
Post-Quantum Security

pQCee Partners With Carahsoft for Government PQC Sales

pQCee has finalized a distribution agreement with Carahsoft, aiming to provide its post-quantum cybersecurity products to U.S. public-sector clients. This...
IQM Reports Full-Chip Entanglement Across 54 Qubits
Quantum Technology

IQM Reports Full-Chip Entanglement Across 54 Qubits

Achieving entanglement with a full quantum processor presents a significant challenge. Though entangling two, three, or even a small cluster...
IBM Connects Two 120-Qubit Chips with 99% Transfer Fidelity
Quantum Technology

IBM Connects Two 120-Qubit Chips with 99% Transfer Fidelity

Unlike classical computing, quantum information can’t be copied due to the no-cloning theorem. This makes IBM’s announcement particularly noteworthy: the...
Reading a Qubit Without Killing It, Using Its Own Current
Quantum Technology

Reading a Qubit Without Killing It, Using Its Own Current

A measurement that tends to destroy the very thing you want to read is the central annoyance in quantum computing....
RIKEN Achieves 99.9% Fidelity Across Five Silicon Qubits
Quantum Technology

RIKEN Achieves 99.9% Fidelity Across Five Silicon Qubits

A crucial challenge in scaling silicon spin qubits is that adding more qubits doesn’t just increase computational power; it complicates...
Quantinuum Reports 10x Lower Logical Error Rate on Helios
Quantum Technology

Quantinuum Reports 10x Lower Logical Error Rate on Helios

Quantinuum has announced a tenfold reduction in the logical error rate using the same Helios computer previously utilized. The significance...
Google Reduces Errors in Quantum Computing’s Magic States
Quantum Technology

Google Reduces Errors in Quantum Computing’s Magic States

Error correction in quantum computing keeps stored qubits stable and operational. However, the gates that perform computations require a separate,...
AI Accelerates Quantum Decoder Calibration to Seconds
Quantum Technology

AI Accelerates Quantum Decoder Calibration to Seconds

In quantum error correction, fixing errors isn’t always the hardest part. Often, the challenge lies in keeping the error-correcting mechanism...
Alice & Bob Tests Quantum Error Correction on NVIDIA GPUs
Quantum Technology

Alice & Bob Tests Quantum Error Correction on NVIDIA GPUs

A crucial, often overlooked aspect of quantum error correction is this: even with a perfect qubit—beautiful, biased, and flawlessly behaved—the...