Disruptive technology could lower carbon-capture costs across all emission types
Rice U. study provides complete roadmap to complex molecule assembly
Largest survey of its kind could inform biodiversity policy
Rice U. engineers’ device is gentle on neurons, could serve as sensory prosthesis
Study suggests ancient microorganisms helped cause massive volcanic events
Rice U. engineers improve prelithiation, uncover lithium-trapping mechanism
Prestigious award supports world’s best emerging scientists
Rice U. scientists optimize biomaterials screening, identify ‘winning’ formulations
2D polymers likely candidates for large-scale multifunctional applications
Rice U. scientists ‘flash’ toxic heavy metals out of fly ash, make stronger concrete
Rice University engineers show immune cells impact osteosarcoma drug resistance
Finding could lower malfunction rates by improving immune response control
Rice University scientists find new workable feature of a class of 2D materials
System offers potent tool for detecting illness outbreaks
Development could spark advances in computing, electrochemical, biological systems
‘Flash Joule’ technique efficiently turns would-be pollution into valuable nanomaterials
Rice U. scientists’ method could lower both emissions and building construction costs
Control of specific gene-expression pathways could spur better treatment of many diseases