• IEEE.org
  • IEEE CS Standards
  • Career Center
  • About Us
  • Subscribe to Newsletter

0

IEEE
CS Logo
  • MEMBERSHIP
  • CONFERENCES
  • PUBLICATIONS
  • EDUCATION & CAREER
  • VOLUNTEER
  • ABOUT
  • Join Us
CS Logo

0

IEEE Computer Society Logo
Sign up for our newsletter
IEEE COMPUTER SOCIETY
About UsBoard of GovernorsNewslettersPress RoomIEEE Support CenterContact Us
COMPUTING RESOURCES
Career CenterCourses & CertificationsWebinarsPodcastsTech NewsMembership
BUSINESS SOLUTIONS
Corporate PartnershipsConference Sponsorships & ExhibitsAdvertisingRecruitingDigital Library Institutional Subscriptions
DIGITAL LIBRARY
MagazinesJournalsConference ProceedingsVideo LibraryLibrarian Resources
COMMUNITY RESOURCES
GovernanceConference OrganizersAuthorsChaptersCommunities
POLICIES
PrivacyAccessibility StatementIEEE Nondiscrimination PolicyIEEE Ethics ReportingXML Sitemap

Copyright 2025 IEEE - All rights reserved. A public charity, IEEE is the world’s largest technical professional organization dedicated to advancing technology for the benefit of humanity.

FacebookTwitterLinkedInInstagramYoutube
  • Home
  • /Digital Library
  • /Magazines
  • /Ic
  • Home
  • / ...
  • /Magazines
  • /Ic

CLOSED Call for Papers: Special Issue on Quantum and Post-Moore’s Law Computing

The past 40 years witnessed a golden age of computing power improvement predicted by Gordon Moore and colloquially referred to as Moore’s Law. Yet, as we reach the limit of Moore’s Law, new computational tools and systems must be developed. Current exemplars include, but are not limited to, quantum computing. As a new computing paradigm, quantum computing has promised unprecedented computational ability to tackle classically intractable problems, ranging from encryption and cybersecurity systems, to the simulation of quantum systems, to combinatorial optimization and machine learning. Quantum hardware also progressed considerably in the past few years. Several multi-qubit quantum devices, utilizing a variety of underlying technologies, have been devised. These include both publicly available and private systems with over 50 qubits. However, movement toward the ultimate goal of a fault-tolerant universal quantum computer will require innovation and refinement from both software and hardware research and engineering in order to harness these Noisy Intermediate-Scale Quantum (NISQ) devices. This special issue seeks papers in all areas related to quantum and post-Moore’s Law computing, including application, programming language, compiler optimization, hardware architecture design, and simulation. Topics of interest include, but are not limited to:
  • Simulation of quantum algorithms and systems
  • Design of quantum architectures and quantum circuits
  • Quantum programming languages and compiler optimization
  • Verification, debugging, and testing of quantum computing systems
  • Development of both theoretical and practical approaches to fault tolerance and error mitigation
  • Other post-Moore’s Law computing technologies, such as biological computation and neuromorphic computing

Important Dates

Paper submissions due: 1 July 2021 First-round review due: 13 August 2021 Revision due: 10 October 2021 Final decision notification: 19 November 2021 Camera-ready submission due: 30 November 2021 Publication: January/February 2022

Submission Guidelines

All submissions must be original manuscripts of fewer than 5,000 words. All manuscripts are subject to peer review on both technical merit and relevance to IEEE Internet Computing’s international readership–primarily practicing engineers and academics who are looking for material that introduces new technology and broadens familiarity with current topics. We do not accept white papers, and papers that are primarily theoretical or mathematical must clearly relate the mathematical content to a real-life or engineering application. Please read the author instructions here. To submit a manuscript, create or access an account on ScholarOne.

Guest Editors

Contact the guest editor at ic1-2022@computer.org.
  • Yufei Ding, University of California, Santa Barbara (UCSB)
  • Ali Javadi, IBM
LATEST NEWS
IEEE 2881: Learning Metadata Terms (LMT) Empowers Learning in the AI Age
IEEE 2881: Learning Metadata Terms (LMT) Empowers Learning in the AI Age
Platform Engineering: Bridging the Developer Experience Gap in Enterprise Software Development
Platform Engineering: Bridging the Developer Experience Gap in Enterprise Software Development
IEEE Std 3158.1-2025 — Verifying Trust in Data Sharing: Standard for Testing and Performance of a Trusted Data Matrix System
IEEE Std 3158.1-2025 — Verifying Trust in Data Sharing: Standard for Testing and Performance of a Trusted Data Matrix System
IEEE Std 3220.01-2025: Standard for Consensus Framework for Blockchain System
IEEE Std 3220.01-2025: Standard for Consensus Framework for Blockchain System
Mapping the $85B AI Processor Landscape: Global Startup Surge, Market Consolidation Coming?
Mapping the $85B AI Processor Landscape: Global Startup Surge, Market Consolidation Coming?
Read Next

IEEE 2881: Learning Metadata Terms (LMT) Empowers Learning in the AI Age

Platform Engineering: Bridging the Developer Experience Gap in Enterprise Software Development

IEEE Std 3158.1-2025 — Verifying Trust in Data Sharing: Standard for Testing and Performance of a Trusted Data Matrix System

IEEE Std 3220.01-2025: Standard for Consensus Framework for Blockchain System

Mapping the $85B AI Processor Landscape: Global Startup Surge, Market Consolidation Coming?

AI Agentic Mesh – A Foundational Architecture for Enterprise Autonomy

IEEE O.C A.I “DEVHACK” Hackathon 2025 Winner Celebration

Broadening Participation Winners 2026

Get the latest news and technology trends for computing professionals with ComputingEdge
Sign up for our newsletter