What changes in everyday life?
Consumers might benefit indirectly through cleaner and more affordable materials.
A better catalyst could make an energy-intensive industrial process cheaper or less wasteful.
A better catalyst could make an energy-intensive industrial process cheaper or less wasteful. Better computation and fast experiments could help identify materials that make chemical reactions more efficient. Consumers might benefit indirectly through cleaner and more affordable materials. Chemical companies need proof at industrial temperature, pressure, cost and lifetime. Catalysts help chemical reactions happen more efficiently, and small improvements can save enormous amounts of energy or expensive material in large industrial processes. Computer-guided searches may help researchers identify new possibilities that would be difficult to find through traditional testing alone. The reward could be cleaner and cheaper manufacturing, but laboratory success must survive years of practical engineering.
Consumers might benefit indirectly through cleaner and more affordable materials.
Chemical companies need proof at industrial temperature, pressure, cost and lifetime.
This is an opportunity we're exploring, not a promise that the complete result is already available. The research below explains the difference.
This idea comes from the Yottabit research foundation's Opportunity Atlas. It is a proposed application rather than a quantified forecast or evidence of a broadly deployed product.
What would demonstrate real progress? A useful result that works reliably outside a demonstration, withstands appropriate testing and improves an outcome people care about.