Moshe Vardi Receives IEEE TCCH Outstanding Leadership Award
Recognition honors his global impact in advancing the field of cyber-humanities
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Recognition honors his global impact in advancing the field of cyber-humanities
New Rice CS faculty member Alireza Fallah specializes in market and mechanism design, its intersection with machine learning theory and responsible AI
The team received a $1.99M NSF grant to lead research on engineered bacterial consortia that could form the basis of biological computing systems
Researchers advance quantum state learning with new model of noise
Exploring how algorithms fit into economics and society at large
New Rice CS faculty member Alireza Fallah specializes in market and mechanism design, its intersection with machine learning theory and responsible AI
The team received a $1.99M NSF grant to lead research on engineered bacterial consortia that could form the basis of biological computing systems
Rice CS algorithms take on quantum adversary
Researchers advance quantum state learning with new model of noise
AI Systems Innovator Yuke Wang Joins Rice CS Faculty
Wang’s research advances efficient deep learning, secure AI-generated content, and scalable AI systems
Rice Computer Science welcomes four new faculty members
Equipped with expertise in AI, systems, and theory, new faculty bring fresh perspectives to Rice CS
AI can help communities prepare for, respond to climate risks during peak hurricane season
CS faculty member Arlei Silva’s climate forecasting research guides disaster response and strengthens urban resilience.
Rice Emerging Scholars Program prepares first-year students for STEM success
Computer science, natural science, engineering tracks offer tailored summer preparation, support
Luay Nakhleh building new software infrastructure for evolutionary biology
The Rice computer scientist and dean of the School of Engineering and Computing has received a $1.9M grant from the NSF
Moshe Vardi Receives the 2025 Computer-Aided Verification (CAV) Award
The award recognizes Vardi’s fundamental contributions to the design of temporal logics and their role in creating industry-standard property-specification languages