Primordial Gravitational Waves and delensing from the Bicep/Keck Group; Computing folding pathways of complex proteins; The benefits of user flexibility for ride-pooling services? Our selection of November publications featuring research using the MGHPCC.

Breadth, Depth and Scientific Value of Computational Research at the MGHPCC booth - Minecraft for engagement built by eighth graders with guidance from Holyoke Codes

Magnetohydrodynamic simulations using wavelet scattering transforms; Terahertz radiation processes; Topological energy pumps? Read about these and more in our selection of October publications from the MGHPCC.

A team from UVM gets help from the Northeast Cybterteam to develop an AI-enabled tool for creating digital artworks.

Primordial Gravitational Waves; Evidence for the Pleistocene Arc Hypothesis; Spindle Dynamic in Nematode Evolution - Intrigued?  Read about these and more in our selection of September publications from the MGHPCC.

Northeast Cyberteam Will Share Approach to Spreading Best Practices, Advancing Scientific Inquiry

Below is a selection of papers that appeared in May 2020  reporting the results of research using the Massachusetts Green High Performance Computing Center (MGHPCC), or acknowledging the use of Harvard’s Odyssey or Cannon Clusters, Northeastern’s Discovery Cluster, the Boston University Shared Computing Cluster and MIT's Engaging Cluster all of which are housed at the MGHPCC.

Armed with high-performance computing resources at the MGHPCC, BU scientists are “all hands on deck” supporting a one-of-a-kind system comprising custom software, real-time campus network modeling, contact tracing, and case cluster management.

In the face of the COVID 19 pandemic, a Massachusetts biotech startup turns to the MGHPCC for HPC resources in its hunt for existing FDA-approved drugs that might be a therapeutic candidate against the novel coronavirus.

Below is a selection of papers that appeared in May 2020  reporting the results of research using the Massachusetts Green High Performance Computing Center (MGHPCC), or acknowledging the use of Harvard’s Odyssey or Cannon Clusters, Northeastern’s Discovery Cluster, the Boston University Shared Computing Cluster and MIT's Engaging Cluster all of which are housed at the MGHPCC.

Northeast Cyberteam will offer lessons learned.

MGHPCC associate the Northeast Cyberteam and Campus Champions will discuss evolution and future of Ask.CI

Modelers at UMass Lowell use MGHPCC computers to assess whether the close stellar proximity of a recently discovered Red-dwarf orbiting, Earth-like exoplanet could negatively impact its effective habitability.

Below is a selection of papers that appeared in May 2020  reporting the results of research using the Massachusetts Green High Performance Computing Center (MGHPCC), or acknowledging the use of Harvard’s Odyssey or Cannon Clusters, Northeastern’s Discovery Cluster, the Boston University Shared Computing Cluster and MIT's Engaging Cluster all of which are housed at the MGHPCC.

Simulation with deep convection run on computers housed at the MGHPCC points to hidden vortices.

Below is a selection of papers that appeared in May 2020  reporting the results of research using the Massachusetts Green High Performance Computing Center (MGHPCC), or acknowledging the use of Harvard’s Odyssey or Cannon Clusters, Northeastern’s Discovery Cluster, the Boston University Shared Computing Cluster and MIT's Engaging Cluster all of which are housed at the MGHPCC.

Below is a selection of papers that appeared in April 2020  reporting the results of research using the Massachusetts Green High Performance Computing Center (MGHPCC), or acknowledging the use of Harvard’s Odyssey or Cannon Clusters, Northeastern’s Discovery Cluster, the Boston University Shared Computing Cluster and MIT's Engaging Cluster all of which are housed at the MGHPCC.

UMass Amherst scientists advance knowledge of neurodegenerative fibril formation using computers at the MGHPCC.

Using computers housed at the MGHPCC, UMass Dartmouth graduate student develops new model to aid gravitational wave discoveries.

Robert Marsland III is currently a Postdoctoral Fellow in the Theoretical Biophysics Group at Boston University. He uses computers housed at the MGHPCC in his work hunting down the governing principles underpinning the dynamics and community ecology of microbial systems on scales from the human gut up to that of the planet itself.