Name for Papers: ASCR Workshop on Quantum Computing and Networking, Would possibly 1 Time limit – Top-Efficiency Computing Information Research

Would possibly 17, 2023 — The Complicated Medical Computing Analysis (ASCR) program in the United States Division of Power (DOE) Workplace of Science is organizing a workshop to spot precedence analysis instructions in quantum computing and networking to higher place ASCR to appreciate the opportunity of quantum applied sciences in advancing DOE science packages.

Key time limits:

• Would possibly 1, 2023: Time limit for place paper submission
• Would possibly 23, 2023: Notification of place acceptance
• July 11-13, 2023: Workshop (better Washington, DC space)
• Workshop site: https://www.orau.gov/ASCR-BRN-Quantum

DOE level of touch: Tom Wong ([email protected])

The venture of the ASCR is to advance carried out arithmetic and pc science analysis; ship essentially the most refined computational clinical packages in partnership with disciplinary science; advance computing and networking features; and broaden long run generations of computing {hardware} and device equipment in partnership with the analysis group, together with U.S. trade. ASCR helps pc science and carried out arithmetic actions that give you the basis for expanding the aptitude of the nationwide high-performance computing ecosystem and clinical knowledge infrastructure. ASCR encourages center of attention on long-term analysis to broaden clever device, algorithms, and strategies that watch for long run {hardware} demanding situations and alternatives in addition to science wishes (http://science.power.gov/ascr/analysis/).

ASCR has been making an investment in quantum data science (QIS) since 2017. ASCR’s QIS investments span a large scope of analysis in quantum computing and quantum networking with investments in quantum algorithms and mathematical strategies; the introduction of a collection of conventional device equipment and methods together with programming languages, compilers, and debugging; quantum edge computing; and quantum packages corresponding to gadget studying. ASCR may be investment quantum {hardware} analysis and quantum testbeds: two quantum computing testbeds are to be had at Sandia Nationwide Laboratories (SNL) and at Lawrence Berkeley Nationwide Laboratory (LBNL) to exterior collaborators, and two quantum web testbeds are being evolved via LBNL and via a collaboration between Oak Ridge Nationwide Laboratory (ORNL) and Los Alamos Nationwide Laboratory (LANL). Extra details about ASCR QIS investments may also be discovered right here: https://science.osti.gov/Projects/QIS.

ASCR analysis into quantum computing and quantum networking applied sciences is making speedy development, and specialised methods at the moment are commercially to be had. It’s important for ASCR to know the opportunity of those new and radically other applied sciences relative to standard computing methods and for DOE-relevant packages. Then again, ASCR isn’t concerned about exploring the underlying, explicit tool applied sciences at this workshop. This workshop will center of attention at the following two exploration spaces:

1. The quantum device stack and basic quantum pc science and algorithms analysis. What parts of the quantum device stack want focused funding so as to boost up the improvement of quantum computing methods? What questions in quantum pc science must be addressed and what mathematical fashions must be explored so as to perceive the opportunity of quantum computing? What analysis may spur new approaches to growing quantum algorithms?

1. Quantum networking. What lab-scale analysis in quantum networking would boost up the improvement of quantum computer systems? Must larger-scale quantum networking analysis, corresponding to space-based quantum conversation, fall inside of ASCR’s analysis priorities in QIS? What analysis on quantum networks will receive advantages more than one qubit platforms?

The workshop shall be structured round a suite of breakout periods, with each attendee anticipated to take part actively within the discussions. In a while, workshop attendees – from DOE Nationwide Laboratories, trade, and academia – will produce a document for ASCR that summarizes the findings made all through the workshop.

Invitation

We invite group enter within the type of two-page place papers that determine and speak about key demanding situations and alternatives in quantum computing and networking. Along with offering an road for figuring out workshop members, those place papers shall be used to form the workshop time table, determine panelists, and give a contribution to the workshop document. Place papers must now not describe the authors’ present or deliberate analysis, include subject matter that are supposed to now not be disclosed to the general public, nor must they suggest explicit answers or speak about narrowly centered analysis subjects. Fairly, they must goal to toughen the group’s shared figuring out of the issue area, determine difficult analysis instructions, and lend a hand to stimulate dialogue.

One writer of each and every decided on submission shall be invited to take part within the workshop.

By means of filing a place paper, authors consent to have their place paper revealed publicly.

Authors don’t seem to be required to have a historical past of investment via the ASCR Pc Science program.

Submission Pointers

Place Paper Construction and Layout

Place papers must practice the next layout:

• Identify
• Authors (with affiliations and e mail addresses)
• Subject: a number of of the next within the context of quantum computing and networking: packages, fashions, algorithms, compilation, error correction and mitigation, and codesign and integration
• Problem: Establish sides of present quantum computing and networking stacks that illustrate the restrictions of cutting-edge apply, with examples as suitable
• Alternative: Describe how the recognized demanding situations is also addressed, if it is via new equipment and methods, new applied sciences, or new teams participating within the codesign procedure
• Evaluate: What would represent good fortune, and the way would attainable answers be evaluated?  If suitable, metrics measuring good fortune in addition to estimates or projections of required quantum assets is also incorporated.
• Timeliness or adulthood: Why now? What step forward or alternate makes development conceivable now the place it wasn’t conceivable earlier than? What is going to be the affect of good fortune?
• References

Each and every place paper should be not more than two pages together with figures and references. The paper may possibly come with any collection of authors however touch data for a unmarried writer who can constitute the location paper on the workshop should be supplied with the submission. There is not any restrict to the collection of place papers that a person or team can put up. Authors are strongly inspired to practice the construction up to now defined. Papers must be submitted in PDF layout the use of the designated web page at the workshop site.

Spaces of Emphasis

We’re in quest of submissions geared toward more than a few ranges of widely scoped quantum computing and networking stacks:

• Packages:
  • basic mathematical kernels and standardized libraries,
  • new forms of DOE science packages knowledgeable via quantum features
  • overview of sensible quantum benefits, together with estimation of quantum useful resource necessities
  • equipment for software functionality modeling and estimation
  • application-inspired benchmarks and curated libraries of circumstances
  • packages of entanglement distribution networks

• Computing and programming fashions:
  • design and research of established and novel summary quantum computing and programming fashions
  • fashions for hybrid quantum and classical computing
  • programming environments for expressing quantum algorithms
  • quantum community fashions and architectures
  • hybrid quantum and classical community design
  • fashions for disbursed quantum computing

• Algorithms:
  • quantum algorithms admitting theoretical or empirical proof of merit for basic domain names corresponding to simulation, optimization, or gadget studying
  • hybrid quantum and classical algorithms
  • quantum-inspired classical algorithms
  • classical algorithms and device methods to simulate quantum computer systems and networks, together with tensor community and Monte Carlo simulations

• Compilation:
  • increasing the scope, application, potency, and robustness of device stacks for quantum computing
  • approaches, algorithms, and device methods for circuit compilation and qubit mapping, routing, parameter optimization, and scheduling;
• Error correction and mitigation:
  • near-term quantum computing
  • networking packages

• Codesign and integration around the quantum computing and networking stacks:
  • affect of software necessities around the stack
  • affect of noise, constancy, and gate execution time on algorithms and packages

Whilst this system committee has recognized the above subjects as necessary spaces for dialogue, we welcome place papers from the group that suggest further subjects of pastime for dialogue on the workshop.

Variety

Submissions shall be reviewed via the workshop’s organizing committee the use of standards of general high quality, relevance, chance of stimulating positive dialogue, and skill to give a contribution to an informative workshop document. Distinctive positions which might be smartly introduced and emphasize potentially-transformative analysis instructions shall be given desire.

Organizing Committee

• Joe Broz, IBM
• Mark Byrd, Southern Illinois College
• Yanne Chembo, College of Maryland
• Bert de Jong, Lawrence Berkeley Nationwide Laboratory
• Eden Figueroa, Stony Brook College
• Travis Humble, Oak Ridge Nationwide Laboratory
• Jeffrey Larson, Argonne Nationwide Laboratory
• Pavel Lougovski, Amazon Internet Products and services
• Ojas Parekh, Sandia Nationwide Labs
• Greg Quiroz, Johns Hopkins College Carried out Physics Laboratory
• Krysta Svore, Microsoft