AI success depends on whether enterprise data is ready, reachable, and close enough to the workloads that need it. In this eSpeaks episode, Dell Technologies’ Vrashank Jain explains why fragmented ...

Output distributions from polynomial-depth brickwork random circuits converge towards Porter-Thomas statistics, a key characteristic found in truly random quantum states. Randomised quantum computer ...

Google Messages RCS issues have repeatedly shown up in two well-documented shapes: a "Setting up" screen that never finishes verifying a phone number, or a "carrier not supported" label that replaces ...

IBM's 120-qubit superconducting quantum processor, the Nighthawk r2, generated 1 million samples in just 19 seconds during a random circuit sampling experiment. The experiment, conducted by ...

Die goldene Innenauskleidung des Verdünnungskühlers dient dazu, den supraleitenden Quantenprozessor von IBM auf extrem niedrigen Temperaturen zu halten (Bild: Graham Carlow für IBM/Flickr, CC BY ...

Imagine tossing 61 coins at once — except the coins can influence one another in strange quantum ways, and before every toss you scramble them through dozens of randomly chosen operations. Now repeat ...

A research team led by Tigran Sedrakyan at US-based BlueQubit has reported obtaining 1 million measurement results from a specific quantum circuit using IBM's "Nighthawk r2" quantum processor, with a ...

The golden interior of a dilution refrigerator used to keep IBM's superconducting quantum processors at extremely low temperatures. (Graham Carlow for IBM/Flickr, CC BY ND-2.0) Some computations are ...

PRESS RELEASE — A study presented at IEEE proposes a way to test whether results from quantum processors remain recognizable and useful as they move into the conventional computing systems that would ...

Researchers have introduced a new method called LEEPS that could make one of the most stubborn inefficiencies in AI model training a lot less costly. The approach targets a specific bottleneck in ...