IBM says quantum advantage arrives in 2026. A new Heron-Fugaku experiment provides the evidence. Whether it proves the claim depends on how you define “advantage.”
The post IBM’s Quantum Advantage...
The inventor of BosonSampling and new NAS member says reputable QC hardware experts now tell him a cryptanalytic quantum computer should be possible by around 2029.
The post Scott Aaronson Sounds ...
By 2033, fault-tolerant quantum computers with 2,000 logical qubits will create genuine competitive separation in pharma, chemicals, battery technology, and advanced materials. Finance, logistics, ...
After weeks of research and hundreds of papers, the picture is clear: quantum computing will deliver genuine competitive advantages for pharma, chemicals, batteries, advanced materials, and condens...
Between 2024 and 2026, three error correction advances reduced the physical qubit cost of fault-tolerant quantum computing by an order of magnitude or more. qLDPC codes compress the encoding ratio....
Quantum computing will provide genuine advantage for a specific class of chemistry problems involving strongly correlated electronic states. The applications are real, the resource estimates are co...
The best quantum finance resource estimates, produced by Goldman Sachs' own research team, require logical clock speeds three orders of magnitude beyond any projected hardware. The quantum speedup ...
The industries where quantum computing creates the most value are the industries most critical to national security. The hardware serving them is concentrated in a handful of companies and countrie...
IonQ's 110-page preprint details a complete fault-tolerant quantum computer architecture built entirely on qLDPC codes. The numbers are impressive, but every claim rests on hardware that doesn't ye...
Most quantum computing coverage fixates on breaking encryption. The real near-term story is utility — chemistry, materials, energy, drug design. This article maps every major fault-tolerant quantum...
