Researchers used in vivo screening of chromosome aberrations to discover genes that drive breast cancer. The study identifies key genetic drivers, advancing understanding of tumor development. This finding could inform new targeted therapies for breast cancer.

Researchers have proposed using satellite-based sensors to detect nuclear weapons that might be covertly placed in orbit. This method could help monitor compliance with space treaties and prevent a new arms race beyond Earth. The development is critical for global security as space becomes an increasingly contested domain.

For the first time, researchers observed the ocean floor spreading apart in real time, with lava erupting from the rift. This event occurred along an underwater volcanic ridge and provides direct evidence of the tectonic process that creates new seafloor. The observation deepens understanding of plate tectonics and seafloor formation.

The LARES-2 satellite has precisely measured frame-dragging, a relativistic effect where Earth's rotation drags spacetime around it. This confirmation of a key prediction of general relativity deepens our understanding of gravity and spacetime dynamics. The result marks a major milestone in experimental physics and validates decades of theoretical work.

A new study reveals that the combined effects of diet and gut microbiome composition underlie why obesity is associated with improved efficacy of cancer immunotherapy. The findings suggest that specific dietary and microbial factors may enhance immune checkpoint inhibitor treatments. This research could lead to personalized dietary interventions to boost immunotherapy outcomes in cancer patients.

A study in Nature finds that higher intergenerational social mobility correlates with increased innovation across European countries. The research suggests that societies with greater economic and educational mobility produce more patents and creative output. This highlights the importance of equality of opportunity for driving economic growth and technological progress.

Researchers have developed a universal cell embedding model that serves as a foundation for cell biology. The model can represent diverse cell types in a common space, enabling more consistent analysis and comparison. This advance could accelerate discoveries in cellular biology and medicine.

Researchers have created reconfigurable millimeter-wave microchips by co-integrating hexagonal boron nitride (hBN) switches onto gallium nitride (GaN) substrates. This breakthrough enables adaptive high-frequency circuits that can be tuned for different applications. It is important for advancing next-generation wireless communications, radar, and other mmWave technologies.

Scientists used an undersea observatory to directly record a seafloor spreading event, capturing the process with seismogeodetic instruments. The observations provide unprecedented detail on how tectonic plates pull apart, a fundamental process that shapes Earth's surface. This breakthrough helps improve models of earthquake and volcanic activity along mid-ocean ridges.