COMPUTE & SILICON
Researchers Achieve 10 Billion Write Cycles in Wurtzite Ferroelectric Memory
A new superlattice structure in aluminum scandium nitride memory enables higher endurance for AI hardware by confining atomic defects.
semiconductors
HEALTH & BIO AI
Scalable Fabrication Platform Enables Flexible and Transparent Photonic Chips
MIT researchers have developed a new fabrication process that allows for the mass production of flexible, transparent silicon-photonics chips.
COMPUTE & SILICON
Qualcomm Targets Edge Inference with High Bandwidth Compute Architecture
Qualcomm is developing a new chip architecture to bring data center-level AI performance to mobile devices by optimizing memory-compute proximity.
COMPUTE & SILICON
Institutional Capital Signals Sustained Three-Year Horizon for AI Infrastructure
Market analysts project that the capital expenditure cycle for generative AI will persist through 2028, driven by persistent demand for high-performance hardware.
THE DISPATCH
Applied machine learning, filed daily.
Model releases, silicon, clinical deployment, and the policy shaping them. No digest padding.