Learn how new MIT research explains the complex relationship between planetary warming, water vapor, plant emissions, and the hydroxyl radical, the molecule crucial for breaking down methane and other gases that affect climate and air quality.
Find out why Lynch syndrome is one of the most important hereditary risk factors for colon cancer and other tumors. We bring an overview of symptoms, the importance of family medical history, the role of UCSF, and new research that seeks to prevent the development of disease before cancer occurs.
Find out how MIT researchers combined generative artificial intelligence and wireless mmWave signals so that robots could detect hidden objects more precisely and reconstruct rooms without cameras. We bring an overview of the technology, possible applications, and the reasons why it could change robotics.
Find out how researchers at UCSF developed a new CAR-T method that creates cancer-fighting cells inside the body. We bring an overview of the results published in Nature, the possible benefits for treating leukemia, multiple myeloma, and sarcoma, and the reasons why experts are still calling for caution.
Find out how a powerful cold front on March 15, 2026, raised a huge wave of dust over western Texas and the Panhandle, reduced visibility almost to zero, sparked wildfires in open areas, and brought a sudden temperature collapse. We bring an overview of NASA satellite images, meteorologists' warnings, and consequences on the ground.
Find out how researchers from the University of Córdoba used artificial intelligence and temperature data to project Andalusia’s future solar potential by 2100. We explain what peak solar hours mean, where the greatest growth is expected, and why these findings matter for the energy transition of southern Spain.