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Stories related to "[1807.04271] A quantum-inspired classical algorithm for recommendation systems" across the full archive.
Researchers at TU Wien have developed a one-dimensional “quantum wire” using a gas of ultracold atoms. In this system, both mass and energy can move freely without friction or energy loss. In everyday physics, transport refers to the movement of something from one place to another. This can include ...
I've been going down a rabbit hole lately with this idea about quantum dot lattices that might offer some middle ground between classical and quantum approaches.<p>The basic thought is pretty simple: instead of trying to maintain perfect quantum states (which is insanely hard), what if we desig...
I’ve been experimenting with a lightweight algebraic system for quantum-like transformations and built a pathfinding engine out of it. Instead of using traditional heuristics like in A*, it uses a quantum equality (XY = X/Y) as the initializer to navigate grids.<p>The result is a pathfinder tha...
Q++ is an open-source language designed to bridge classical and quantum computing with a C++-like syntax. It supports quantum memory (qregister), task-level hardware targeting (task<QPU>), and includes a runtime for wavefunction simulation, memory tracking, and scheduling.<p>Built for experime...
AI workloads are growing faster than the infrastructure meant to support them. Training large models now requires extensive computing cycles. Deploying them for real-time tasks involves significant latency, cost, and energy consumption. These challenges affect startups, research labs, and enterprise...