The Quiet Revolution Happening in Materials Science

The glamour in technology coverage belongs to software. AI models, social platforms, fintech disruption — these are the stories that dominate the business press. The unglamorous truth is that many of the most consequential technological developments of the next fifty years will happen in materials science.

The Battery Problem and Why It Matters

The energy transition is fundamentally a materials problem disguised as a policy problem. We have sufficient solar and wind energy available to power human civilization many times over. The barrier is storage — higher energy density, faster charge cycles, longer calendar life than current lithium-ion technology provides.

Solid-state batteries are moving from research demonstration to commercial production faster than most analysts expected. Sodium-ion batteries are addressing the supply chain vulnerability of lithium. Flow batteries are being deployed at grid scale for long-duration storage.

Beyond Energy

Structural materials for aerospace applications are being designed with computational tools that accelerate development timelines from decades to years. Synthetic biology is producing materials that are grown rather than manufactured. The infrastructure of the next century is being built right now, mostly in places that the technology press does not visit.