The interface electronics needed for quantum processors require cryogenic CMOS (cryo-
CMOS) embedded digital memories covering a wide range of specifications. To identify the …

Demonstrating small error rates by integrating quantum error correction (QEC) into an
architecture of quantum computing is the next milestone towards scalable fault-tolerant …

[Background] Ions in an ion trap are among the most promising technologies to implement a
quantum processor. This machine is governed by a classic electronic control system, for …

10+ K qubit quantum computer is essential to achieve a true sense of quantum supremacy.
With the recent effort towards the large-scale quantum computer, architects have revealed …

In quantum computing, the use of Pauli frames through software traces of classical
computers improves computation efficiency. In previous studies, error correction and Pauli …

Fault‐tolerant quantum computation requires error‐correcting codes that enable reliable
universal quantum operations. This study introduces a novel approach that executes the …

Apparatus and method including a probabilistic compute element for analyzing measured
quantum values and respon sively adjusting error correction parameters. For example, one …

As wireless networks are getting increasingly complex, there is a strong need to develop
novel approaches and capabilities for high throughput communication and processing of …

This work presents a novel approach to quantum computing by proposing a customizable
hardware design of a dedicated processor that emulates the execution of quantum …

Reliable application support is provided by quantum networks utilizing internal and
superposition service network topologies. To provide continuous accessibility, the …