Qubits, error correction, annealers vs. gate models, and quantum apps.
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Navigate the tokenized asset market with allchained Ethereum co-founder Vitalik Buterin is calling for EIP-8288 maximalism. In a post on X on October 19, 2026, he argued that heavy cryptography should be STARKed client-side, and never pushed onto Ethereum’s main chain. His…
A share of £50 million is going to British businesses developing quantum technologies for uses that include keeping railways running, shortening eye scan waits and maintaining military connectivity, UKRI said. The money forms part of a new government package. According to…
A new silicon quantum control technique achieves 99.9% accuracy across five spin qubits using a shared microwave line, offering a potential way to simplify quantum chip architecture and scaling. Quantum computers rely on qubits to process information, but their performance depends…
Any time you use a laser, whether indirectly by making a phone call, directly by scanning a UPC label on your groceries, or frivolously to torment a cat, you're making practical use of quantum physics. Atomic Clocks and GPS Any…
Yin Lyu’s team hopes to build a system that could solve problems in seconds that now take computers days. The tangle of cables in Wei Zhang’s lab at UNC-Chapel Hill hides one of its most ambitious projects: an experimental system…
Molecular dynamics (MD) simulations track how atoms move and interact over time, revealing behavior at scales between quantum mechanics (which treats individual molecules but becomes computationally prohibitive for large systems) and continuum models (which describe bulk properties but miss atomic-scale details).
Nanoscale materials, or nanomaterials, are materials where at least one relevant length scale is within the range of nanometres. These materials usually have very different properties from their bulk counterparts, due to the importance of quantum and surface boundary effects.
When it comes to cutting-edge technology, attention tends to focus on AI. However, in global scientific research, significant progress continues in fields other than AI, such as energy, quantum physics, new materials, regenerative medicine, and weather forecasting. What we are…
THÉORIE DE LA COHÉRENCE FRACTALE (TCF)Temporalité, Friction Informationnelle et Géométrie de l'Émergence — Version 3.0 (Unifiée) Postulat II — Géométrie du potentiel. Le potentiel n'est pas un vide mais un champ de probabilités structuré (géométrie latente, superposition). La réalité physique résulte de…
The source essays and this merger are not independent peer review. No claim of new physics, quantum computation inside LLMs, a validated…Continue reading on Medium » Ψ' = A(Ξ, ΔΨ)R(Ψ) + πBs Bs ≠ 0, π ∉ Q ⇒ Ψ → Ψ' ⇒ Ξ → ΔΨ…