How can a shared AI computing resource benefit an MIT neuroscientist? For Josh McDermott, an MGHPCC AICR early adopter, it has given him a tool to accelerate his quest to explain one of the most fundamental acts of human intelligence: how we listen.

Recovering Greenland ice loss from sea level fingerprints? Quantum spin modeling? Coercivity-aware machine learning? A selection of recent publications featuring research using computers at the MGHPCC.

In this study, MIT/ ORCD and Harvard/FASRC resources at the MGHPCC were used for the pre-work needed to make effective use of exaflop compute resources at a national lab, as well as post-work needed to share and apply the results.

Behind every major scientific breakthrough is an infrastructure that makes discovery possible. This November at SC26, MGHPCC will share the stories of researchers, technologists, and institutions working together to advance science through high performance computing, data-intensive research, and artificial intelligence.

Intra-system Uniformity through Planetary Embryo Accumulation? Cell-Dependent Particle Shape Preference? Bootstrapping Disordered Quantum Systems? A selection of recent publications featuring research using computers at the MGHPCC.

A regional resource helping transform AI research into real-world impact, workforce development, and economic opportunity.

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.

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.

A regional center for research and education where advanced computing helps improve health, energy, resilience, and scientific discovery.

Autonomous traffic management? Genetic risk prediction? Transport properties of ionic liquids? 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.

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.

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.

Power-law training dynamics? Phonon anticrossing? Random heteropolymers? A selection of recent publications featuring research using computers at the MGHPCC.

Data-driven, multi-modal power benchmarking? Martini lipid models? Gaussian curvature targeting? A selection of recent publications featuring research using computers at the MGHPCC.

Mandelian risk prediction models? Multispecies mangenomes? Compact semanic compression of multi-band galaxy images? A selection of recent publications featuring research using computers at the MGHPCC.

Small-mass-ratio eccentric binaries? Loop-mediated stabilization? Microseismic noise mitigation? A selection of recent publications featuring research using computers at the MGHPCC.

On-the-fly nonadiabatic dynamics? Subgrid turbulence in large-eddy simulations? Additive Bayesian optimization? A selection of recent publications featuring research using the MGHPCC.