Technology and Engineering

New research reveals the autocatalytic electrochemical mechanism by which tight gaps around rivets accelerate corrosion in historic steel structures.

Engineers have developed PressSure, an open-source semi-automatic blood pressure monitor costing under $8 that achieves accuracy comparable to commercial devices...

Researchers argue that the classic permeability–selectivity trade-off is no longer enough to evaluate next-generation CO2 separation membranes, proposing a broader...

Researchers have developed a sealed flexible containment strategy that enables long-term storage and low-outgassing of frontally polymerizable composites for in-space...

A new framework called TDiMS rebuilds molecular descriptors around pairs of chemically meaningful substructures, aiming to make predictions of intramolecular...

Researchers have developed a deep reinforcement learning framework that continuously adapts its market forecasts, achieving an average cumulative return of...

A new gallium nitride transistor design uses a polarization-based superjunction to distribute electric fields and push average breakdown field toward...

A sweeping review in Advanced Composites and Hybrid Materials maps how conventional, pressure-assisted, field-assisted and rapid sintering routes can disrupt...

Researchers have demonstrated polariton organic light emitting diodes based on thermally activated delayed fluorescence that achieve narrowband, angle stable, and...

A machine-learning-driven statistical analysis of a six-metal high-entropy alloy reveals that its CO tolerance in alkaline hydrogen oxidation arises from...