Category: Articles

The use of engineered algae to deliver clean water and valuable co-products from treated wastewater opens new opportunities for water treatment.

Supercomputer modeling helps keep responders several steps ahead of a spreading spill.

Leading a group of amateur musicians provides unexpected lessons for life in the lab.

Tapping the Red Sea’s warm surface waters could deliver a continual flow of renewable electricity, ideal for Saudi Arabia's island communities.

Simulations that match patients with chronic kidney disease to suitable donors will enhance the efficacy of the new Saudi National Kidney Donor Exchange Program

Innovation happens at the edge of disciplinary boundaries, shows one researcher.

An encouraging culture of collaboration between two research leaders has fostered exciting work that has resulted in a breakthrough in understanding the mechanism of cereal disease resistance.

Taking a big team approach to tackling transportation’s grand carbon challenge.

A Ph.D. candidate’s passion for animals is helping to drive the development of an AI system that informs conservation practice.

A 3D mouse brain model provides a platform for studies of Parkinson’s disease and other neurodegenerative disorders.

High-resolution microscopy takes an eye for detail and enormous reserves of patience.

Great students benefit from being a part of varied and high-functioning research teams.

She came for the stem cell science and thrived in a nurturing environment.

Inspiration for scientific research can come from unexpected surprising sources — even family movie night.

A long-term breeding program is developing elite lines of Salicornia to produce a sustainable and nutritionally valuable seed oil crop.

A decentralized technology designed to treat wastewater at the source offers huge benefits to people in remote areas who lack access to sewer infrastructure.

Saudi Arabia is spearheading a major effort to generate regional climate-related information to help decision makers better manage their resources.

Tiny microalgae offer big potential for a fruitful career

Cutting-edge research into new technologies for photovoltaic cells, a favorable climate and strong collaborations with industry are key factors in Saudi Arabia’s development of solar power.

A move to KAUST brings an enlightened approach to research and everyday life.

Leena Ali Ibrahim’s research is revealing intricate brain connections between the senses that could have implications for finding treatments for autism and schizophrenia.

Applying a different lens to previously overlooked genes may offer new options for targeted cancer therapy.

Pioneering research to explain plants’ response to abiotic stress has important potential for improving future plant performance.

A long-term research partnership started with a single step — and continued because of shared research interests and generous support.

Yoshihide Wada uses a systems approach to address global problems and contribute to national climate adaptation plans.

Taking the temperature of a coral reef is not as simple as it sounds. Nor is accurately measuring and monitoring the other essential water parameters for effective coral reef management and restoration.

A tool that places fish on a scale of sustainability could help Saudi Arabia protect species at greatest risk of overexploitation.

Thousands of people across Saudi Arabia are learning about a range of advanced technologies through the opportunity provided by the KAUST Academy.

Anticipation of a paradigm shift in the space photovoltaics market, combined with expertise in advanced solar cell technology, launches a winning idea.

Artificial intelligence has enormous potential to augment our understanding and enjoyment of sport. Work toward this goal requires the dedication and vision of avid fans.