A regional center for research and education where advanced computing helps improve health, energy, resilience, and scientific discovery.
A regional center for research and education where advanced computing helps improve health, energy, resilience, and scientific discovery.
A regional resource helping transform AI research into real-world impact, workforce development, and economic opportunity.
Lighthouse, a school in downtown Holyoke that is a neighbor of the MGHPCC, hosts a series of open-to-all evening discussion groups. This blog post reflects on a recent discussion, Understanding the Data Center Dilemma, and the wide range of views sparked by AI, data centers, and their impacts on communities.
A new $24.5 million National Science Foundation award to the National Data Platform (NDP) will help build a national-scale, AI-ready ecosystem that makes research data easier to discover, access, and analyze.
With infrastructure hosted at the MGHPCC, MIT's Project Olympia will help ensure that researchers across disciplines have the computational resources needed to drive the next generation of scientific discovery.
... the Massachusetts Green High Performance Computing Center.
Generative AI in games? Cleaning TESS images? Prediction of relative kinetic solvent effects? A selection of recent publications featuring research using computers at the MGHPCC.
Reporting on Bansil Lab research using NEU's Discovery Cluster highlights the very real prospect of self-driving labs.
Small matrices with large inverses? Bacterial fitness? HPC testing frameworks? A selection of recent publications featuring research using computers at the MGHPCC.
Broad Institute researchers found that AI-redesigned versions of natural proteins serve as superior starting points to evolve proteins with new functions.
Autonomous traffic management? Genetic risk prediction? Transport properties of ionic liquids? A selection of recent publications featuring research using computers at the MGHPCC.
MIT chemists use MGHPCC computers to design impact-resistant plastics.
Hydrogen-induced electronic modulation? Mesoscale atomic engineering? Surfactant protein doligomerization? A selection of recent publications featuring research using computers at the MGHPCC.
What does it take to move scientific data at speeds fast enough to support breakthroughs in particle physics, genomics, climate modeling, and space science? At UMass Amherst, the answer increasingly lies in building and sharing next-generation research networking infrastructure.
Broad Institute scientists use their custom-built microscopy and nanotechnology to tag and follow the activity of individual proteins in real time, showing how it can reveal new biology.
Homoconjugation strategies for emissive radical species? Stability of multi-planet systems? Morphogenetic neural plasticity for adaptive robotic systems? A selection of recent publications featuring research using computers at the MGHPCC.
Boston University researcher insights may apply to combatting arbovirus diseases like fevers from dengue, Zika and chikungunya virus infections in humans.
Shared supercomputing infrastructure at the Center is enabling researchers to tackle data‑intensive challenges across genomics, cancer, infectious disease, and beyond.
UMass Amherst researchers find that when permafrost is perma-lost, the global carbon cycle is altered and coastal ecosystem are affected.
Atmospheric escape rates from Mars? Simplified depletion chain in OpenMC? Chromosome-scale reference genome assemblies? A selection of recent publications featuring research using computers at the MGHPCC.
