Technical Paper Tracks
IEEE Quantum Week aims to be a leading venue for presenting high-quality original research, groundbreaking innovations, and compelling insights in quantum computing and technologies. Technical papers are peer-reviewed and can be on any topic related to quantum computing and its technologies. Papers accepted by IEEE International Conference on Quantum Computing & Engineering (QCE 2020) will be submitted to IEEE Xplore Digital Library. The best papers will be invited to the journals IEEE Transactions on Quantum Engineering (TQE) and ACM Transactions on Quantum Computing (TQC).
Accepted Technical Papers
To be published here by July 18, 2020
Hybrid/virtual QCE20: Due to COVID-19, there is a fair chance that QCE20 will be hybrid with virtual components. If we have virtual components, then we will ask technical paper presenters to provide a pre-recorded video for their technical paper. The pre-recorded video of your paper will be streamed at the time scheduled for your paper. At the end of your presentation, QCE20 attendees will be able to interact with you for a few minutes of Q&A. Attendees can submit questions during the video streaming. A session question curator will compile the question for you. QCE20 attendees will be able to view your paper video throughout the conference. For QCE20 updates, regarding the COVID-19 situation, please refer to the QCE20 COVID-19 page.
Technical Paper Tracks
- Quantum Communications, Sensing, Cryptography
- Quantum Photonics and Optics
- Quantum Computing
- Quantum Algorithms & Information
- Simulating Nature with Quantum Computers
- Quantum Engineering
- Quantum Benchmarks & Measurements
- Quantum Education
Paper Topics — including, but not limited to …
Quantum Computing — Quantum programming, software engineering; quantum advantage; development environments, languages & tools; software stack & infrastructure; hybrid computing; adiabatic computing; hardware-software co-design; quantum simulators; checking quantum computers Quantum Algorithms, Quantum Computation & Quantum Information — Quantum information science; NISQ algorithms; quantum supremacy; algorithms & complexity; theoretical & empirical algorithm analysis; adiabatic annealing; Hamiltonian dynamics Quantum Applications & Simulating Nature — NISQ applications; simulations of chemical, biological & physical systems; quantum chemistry & materials; optimization problems—transportation, supply chain & logistics; AI and decision making; medicine & precision health; financial modeling, services & portfolio management; manufacturing & mining; machine learning & big data analytics Quantum Engineering — Quantum computers, hardware & NISQ; superconducting & trapped ion circuits; topological& silicon spin qubits; quantum dots; connectivity & topology; connectivity & topology, quantum error correction Quantum Benchmarks & Measurements — Quantum measures & benchmarks, quantum volume & fidelity, quantum metrology; gate & measurement errors, connectivity & topology, quantum error correction Quantum Communications, Sensing & Cryptography — Communications theory; quantum internet; quantum signal processing; quantum error correction & mitigation; coding theory; quantum security & privacy; quantum cryptography & quantum key distribution (QKD), post-quantum cryptography; teleportation Quantum Photonics & Optics — Quantum photonics & optics; photonics information technologies; photonics quantum computing; quantum integrated photonics; quantum photonics devices; optical quantum communications theory; optical coherence; silicon quantum photonics Quantum Education & Training — Ramping up quantum workforce; undergraduate & graduate courses in quantum computing, information science, algorithms, applications; quantum standards; quantum teachers training; quantum summer schools; quantum ecosystems