by Ken Chiacchia | Oct 22, 2024 | Anton, Anton 2, Research, Science Highlights
With Alzheimer’s disease, amyloid peptides combine to form fibrils, in turn forming plaques around neurons. Adobe Stock 421239213 Unexpected Way for Amyloid Peptides to Join Fibrils Explains Time Lag, then Accelerated Growth, in Fibril Formation and Disease...
by Ken Chiacchia | Oct 7, 2024 | Bridges-2, Research, Science Highlights
Understanding the movement of monoclonal antibodies through tissues can give a better picture of how to improve autoinjectors. Adobe Stock 350554958 Detailed Model of Movement of Antibodies through Tissues Reveals Ways to Improve Autoinjectors Monoclonal antibodies...
by Ken Chiacchia | Sep 27, 2024 | AI, Features, Neocortex, Neocortex events, Research, Science Highlights, Training
ByteBoost students and PSC staff listen as Derek Simmel, Senior Information Security Officer, gives a tour of the PSC Machine Room. Student Projects Tackle Challenges in Drug Discovery, Congressional Policy, Coordinating Heavy Air Traffic, and More Students from...
by Ken Chiacchia | Sep 11, 2024 | Bridges-2, Science Highlights
By Kimberly Mann Bruch, San Diego Supercomputer Center, and Ken Chiacchia, PSC The wind blows as Hurricane Delta tears up the coastline of Grand Cayman, Adobe Stock #383372713 Simulations on Bridges-2 Reveal that Reducing Estimates of Atmospheric Friction Improves...
by Ken Chiacchia | Aug 28, 2024 | Bridges-2, Research, Science Highlights
A microscopic view of the large intestine, and the many different cells that comprise it. Source: AdobeStock_316295145 By Optimizing Cell Classification, the New Tool Running on Bridges-2 Promises Better Understanding of How Individual Cells Help Organs and Tissues...
by Ken Chiacchia | Aug 14, 2024 | AI, Bridges-2, Research, Science Highlights
A 3D model of a sitting area. Environmental spatial similarity could help an AI recognize the objects in a setting like this more easily. Adobe Stock: 371561612 Environmental Spatial Similarity Approach with Bridges-2 Improves Speed and Accuracy for More Flexible...
