Bio-inspired breakthroughs: Engineering solutions from nature
A UH engineer is turning the fluid movements of fish and jellyfish into innovative soft robots for healthcare, sustainability and industrial solutions.
A UH engineer is turning the fluid movements of fish and jellyfish into innovative soft robots for healthcare, sustainability and industrial solutions.
A Tuahine Research and Education Center study showed how a species of tilapia grows 15% faster in a system that recirculates artificial saltwater than freshwater.
A study revealed that the ocean is acidifying even more rapidly below the surface in the open waters of the North Pacific near Âé¶¹´«Ã½.
The research introduces a new method based on statistical mechanics to improve the discovery of equations directly from noisy real-world data.
UH Mānoa researchers study how black holes may turn dead stars into dark energy, helping explain the universe¡¯s faster expansion.
The UH research shows humpbacks use their unique pectoral flippers to achieve this maneuver.
Researchers created an AI tool helping scientists explore complex geoscience data—from tracking sea levels on Earth to analyzing atmospheric conditions on Mars.
The work highlights how a mother¡¯s health prior to pregnancy can shape her child¡¯s brain development.
Rising sea levels threaten Rapa Nui's iconic moai, with waves projected to reach the Ahu Tongariki ceremonial platform by 2080 according to UH research.
The study uplifts Native Hawaiian kupuna voices through Indigenous-centered storytelling and research.