Summary:

- Researchers at Stanford University have developed a new process that can rapidly and cheaply convert common rocks into materials that can effectively trap and store carbon dioxide from the atmosphere.
- The process involves grinding the rocks into a fine powder, mixing them with water, and then exposing the mixture to carbon dioxide, which causes the rocks to transform into stable carbonate minerals that can be easily stored.
- This technology could provide a cost-effective and scalable solution for removing and sequestering atmospheric carbon dioxide, which is a key step in addressing climate change.