Hydrogen-induced electronic modulation? Mesoscale atomic engineering? Surfactant protein doligomerization? A selection of recent publications featuring research using computers at the MGHPCC.
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.
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.
Kempner Institute announces major expansion of its AI supercomputing cluster at the MGHPCC, ushering in a new era of academic supercomputing at Harvard.
URI researchers determine how much hurricane-driven ocean currents modify surface waves and why it happens.
Cambridge Computer, Dell Technologies and VAST to create new computing resource environment.
The Massachusetts AI Hub has selected the vendors that will build the key computational infrastructure for the state's AI initiatives — and one of them is a local, woman-led company.
UMass NET2 and Harvard NESE teams come together to showcase advanced networking and storage technologies, with NESE achieving sustained transfers of 700 Gb/s, paving the way for future large-scale scientific workflows.
Center showcases cutting-edge HPC research and AI collaboration at annual conference.
Yale students touring MGHPCC get an eye-opening look at the engineering challenges associated with maintaining a massive computing facility
System developed at MIT could provide realistic predictions for a wide variety of reactions, while maintaining real-world physical constraints.
MGHPCC partner UMass Boston looks to its future and how public research, interdisciplinary education, and industry collaboration might unlock the power of the quantum world.
After many months of hard work, detailed planning, and close collaboration with UMass, WPI research computing and storage are now co-located at the MGHPCC.
Superconducting Qubits? Ethnicity-Specific Recessive Loci? Fabrication of hydroxylated norbornene foams? A selection of recent publications featuring research using the MGHPCC.
BU Professor Ayse Coskun is pioneering AI-driven, grid-responsive data center innovation.
Massachusetts Governor Maura Healey outlines the role of government in supporting innovators and entrepreneurs, particularly in the AI age
