LLMs for Science: The Infrastructure Behind Automated Research Discovery
From Grid to AI: infrastructure powering research discovery
4. E-Science & Research
Academic to Industrial: Bridging the Data Science Infrastructure Gap
Grid to cloud: practical infrastructure for AI production
Vaccine Development: How Supercomputing Accelerated Global Health
From grid roots to AI-driven vaccine design at scale
NVMe vs. SAN: Choosing High-Performance Storage for Data Grids
Choosing NVMe or SAN for modern data grid performance
Citizen Science 2.0: The Power of Distributed Mobile Computing
Distributed mobile computing amplifies citizen science
How Open Data and Shared Infrastructure Speeds Up Discovery
Shared open data accelerates discovery and scaling
Data Integrity for Science: Best Practices for Long-Term Digital Archives
Long-term digital archives ensuring data integrity
The Particle Physics Stack: Hardware Behind Modern Research Discovery
From grid legacy to edge and AI-enabled physics stacks
High-Performance Research: How Distributed Ledgers Accelerate e-Science
Accelerating e-science from grid to edge with ledgers
Predictive Analytics: Using Machine Learning for Infrastructure Health
Predictive analytics for resilient grid and edge systems