Global Intelligence Database
Researchers have advanced beyond the limitations of 1955 mean-field models to demonstrate how turbulence spontaneously generates large-scale magnetic fields. By simulating shear flows on a massive scale, the study reveals that three-dimensional jets are the primary drivers of this phenomenon, with implications for neutron star mergers.
By Tripathi, Fraser, Terry, Zweibel, Pueschel, Fan
Researchers have simulated the light-trapping behaviour of black holes using tiny, 3D-printed optical cavities. By creating a physical model on a tabletop, they successfully measured how light behaves in a 'photon sphere', offering a safe way to study cosmic physics.
By Xu, Sundaresan, Kazkal, Lafargue, Zarfaty, Wang, Birnholtz, Decanini, Lebental, Sebbah
Researchers have developed a machine learning framework that analyses high-speed video of bubbles to predict heat flux in nuclear systems. By learning the physical laws governing bubble formation, the model offers a non-intrusive, highly accurate safety tool.
By Sha, Thakare, Kar, Dogra, Das
Scientists have long understood the genetics of the rare 4q- syndrome, but the physical changes it causes in the brain remained a mystery. A detailed post-mortem examination of an infant's brain has now revealed specific structural abnormalities, helping to link the missing genetic code to the severe developmental symptoms seen in the condition.
By Della Giustina, Reggiani Bonetti, Salviato, Fabbiani, Caramaschi
With cancer cases projected to reach 35 million annually by 2050, the complexity of modern patient data has surpassed human processing limits. Artificial intelligence offers a vital solution by analysing massive, multimodal datasets to assist doctors in delivering precision medicine. While the technology is ready, it requires validation across diverse populations to ensure safety and trust.
By Kulkarni Kale, Vemulapalli