Hyperion Research LogoHyperion Research Logo_StickyHyperion Research LogoHyperion Research Logo
  • Home
  • Services
    • Consulting Services
    • Artificial Intelligence-High Performance Data Analysis (AI-HPDA)
    • Traditional and Emerging HPC
    • Quantum Computing Continuing Information Service
    • HPC User Forum
    • Worldwide High Performance Technical Server QView
    • Worldwide HPC Server, Verticals and Countries Forecast Database
    • HPC End-User Multi-Client Study 2024
    • High-Performance Computing Pathfinders
    • Cloud Computing Program
  • Team
  • Sample Projects
    • List of Recent Reports
    • Top 10 Predictions for the Global HPC-AI Community for 2025
    • HPC User Forum: Dr. Ann Speed
    • QC Optimization Status and Prospects
    • To Out-compute is to Out-compete: Competitive Threats and Opportunities Relative to U.S. Government HPC Leadership
    • HPC-AI Success Story
    • HPC+AI Market Update SC24
    • Taxonomy
      • AI-HPDA Taxonomy
      • HPC Server Tracking and Application Workload Segments
      • Traditional HPC and AI-HPDA Subverticals
    • NERSC Update, May 2021 HPC User Forum
    • Cloud Computing Changing HPC Spending
    • NASA Bespoke HPC Study
    • ROI with HPC
    • Interview Series
    • Cloud Application Assessment Tool
    • MCS Server Highlights 2021
    • QC User Study 2021
    • HPC Storage Review 2021 First Half Yr
    • Hyperion Research Sponsored Tech Spotlight AMD-Supermicro
    • U.S. HPC Centers of Activity
  • Events
  • Contact
0

$0.00

LOGIN
✕
  • Home
  • Quick Take
  • Coronavirus Reveals Its Atomic Makeup Through Massive Supercomputer Simulation
Awaiting product image

Coronavirus Reveals Its Atomic Makeup Through Massive Supercomputer Simulation

$2,500.00

Authors: Michael Feldman, Melissa Riddle, Steve Conway

Publication Date: August 2020

Length: 3 pages

Category: Quick Take
Share
Description

A digital simulation of the COVID-19 (SARS-CoV-2) spike protein that was run on the Frontera supercomputer at the Texas Advanced Computing Center (TACC) may provide needed insights for the design of potential vaccines and drugs being developed against the virus. Understanding the structure of the spike protein is crucial because the virus uses this component to infect human cells. Since this simulation provides a level of structural detail beyond that which is achievable by experiment, it promises to help researchers figure out how the virus is able to infect humans so effectively.

Related Products

    AWS New Bare Metal Instance: Courting the HPC Crowd by Combining Bare Metal Performance with Virtualized Cloud Functionality

    Bob Sorensen, Earl Joseph, Steve Conway, Alex Norton

    This Quick Take looks at Amazon's recent announcement of a new EC2 Bare Metal offering that provides users with direct, non-virtualized access to a processor, memory, storage and related networking instance. Amazon uses custom hardware in an effort to wring out the highest possible performance from the basic hardware set up while still offering a full complement of cloud-based software support. This development is a positive one for HPC users looking to migrate workloads to public clouds as Amazon is addressing one of the most vexinghurdles of HPC in the cloud: the performance overhead of running applicationsin a virtualized, performance limiting environment.

    January 2018 | Quick Take

    Cloud-based Quantum Computing: A Growing Assortment of Opportunities for QC Application Developers

    Bob Sorensen, Steve Conway, Alex Norton and Earl Joseph

    This Quick Take looks at the growing availability of commercial cloud-based quantum computing (QC), supported through either direct access to true QC systems or QC simulators based on traditional digital hardware. In addition to QC hardware, most cloud-based QC providers are also rolling out their own software development environments to help existing and new QC software developers more effectively explore QC programming. The choice of options for potential QC users is growing, and each of the QC providers offers a distinct take on QC architecture and programming.

    October 2018 | Quick Take

Have any questions?

365 Summit Ave.
St. Paul MN 55102, USA.

info@hyperionres.com

© 2021 Hyperion Research. All Rights Reserved | Privacy Policy | Website Terms of Use
LOGIN
0

$0.00

✕

Login

Lost your password?