Accelerating discovery: Rice receives nearly $20M NSF award for AI-powered materials laboratory
Rice has received a $19.9 million NSF award to use AI, robotics and cloud-based labs to accelerate electronic and quantum materials manufacturing.
Accelerating discovery: Rice receives nearly $20M NSF award for AI-powered materials laboratory
Rice has received a $19.9 million NSF award to use AI, robotics and cloud-based labs to accelerate electronic and quantum materials manufacturing.
Rice researchers earn 2 DOE Genesis Mission awards
Two Rice research teams have received Phase I awards through the U.S. Department of Energy’s Genesis Mission, a national initiative harnessing artificial intelligence and advanced computing to accelerate scientific discovery.
Rice mechanical engineers and Baylor College of Medicine neurosurgeons have identified simple changes to surgical tools that could reduce strain on the esophagus and potentially lower the risk of swallowing difficulties after neck surgery.
Rice joins Department of Energy’s Quantum Science Center
Rice has joined the U.S. Department of Energy Quantum Science Center.
Rice and NASA launch world’s first open-source remote space robotics simulator
Researchers at NASA and Rice have launched the the world’s first open-source dynamic simulation environment to develop robots used in space vehicles and indoor space habitats.
Researchers create moisture-driven tech that powers green batteries — and dissolves spy gear
Researchers from Rice and North Carolina State University have created a nontoxic, stretchable battery that operates by extracting moisture from the ambient environment.
Listening through a network: A new view of how the cochlea processes sound
Rice researchers developed a new way to model how the cochlea processes incoming sound using graph signal processing, which could shed light on what happens as hearing deteriorates with age and make possible better assistive technologies for people with hearing loss.
Rice researchers develop shape-shifting surface for next-generation human-machine interaction
A team of engineers at Rice and Kyung Hee University has developed a soft, shape-shifting mechanical surface that can respond to touch, sense its own movements and visually communicate changes in real time.
RNA barcoding approach reveals previously unknown virus-host relationships
An interdisciplinary team of Rice researchers has uncovered previously unknown relationships between bacteriophages and their bacterial hosts, offering a powerful new tool for next-generation microbiome engineering.
AI crashed a Paris wine tasting and that was the point
The ‘Human Flourishing in the Age of AI’ conference tackles how AI is quietly reshaping what it means to live a fully human life.
Converting matte surfaces into virtual screens enhances machine vision
Rice researchers and collaborators developed a computational imaging method that uses a laser and a high-speed camera to capture complex scenes in three dimensions with exceptional speed and accuracy.
Rice computer scientists race ahead in pathogen-detection DARPA challenge
As part of the Defense Advanced Research Projects Agency’s Bio-attribution Challenge, a team of Rice University computer scientists is building a computational tool to screen environmental DNA samples for pathogens.
New era for robot autonomy: Rice lab delivers tutorial at international robotics conference
Rice researchers from the Kavraki lab presented a keynote tutorial at the 2026 IEEE International Conference on Robotics and Automation in Vienna showcasing upgrades to the lab's Open Motion Planning Library.
Clinical trial seeks to advance intuitive assistive robotics for people with paralysis
Rice, in collaboration with Baylor College of Medicine, will join BrainGate, a consortium of universities and academic medical centers working on creating brain-computer interface technologies.
Curving wireless beams could let cyberattackers hide the source of jamming attacks
Rice researchers demonstrated a new kind of wireless jamming attack that uses curved radio signals to disguise where interference is coming from.