Global Intelligence Database
A new computational framework called IMF-DDI is transforming how scientists predict dangerous drug-drug interactions. By fusing data from multiple external sources rather than relying solely on direct drug connections, the model achieves state-of-the-art accuracy in forecasting clinical safety risks.
By Li, Zhang, Liu, Lu, Ma, Li, Kitsuregawa, Gu
Researchers have used gene-editing tools to dissect the function of SnRK1, a protein kinase that governs how rice plants manage energy. The study reveals that this molecular switch promotes growth when conditions are favourable but prioritises survival mechanisms during times of stress.
By Faria‐Bates, Maurya, Muhammed Jamsheer, Srivastava
Researchers have utilised a one-step supercritical solvothermal process to create highly modified strontium titanate nanoparticles. By tweaking the atomic structure with specific elements, they successfully increased electronic conductivity by up to 1,000 times compared to standard materials.
By Dandre, Labrugère-Sarroste, Philippot, Maglione, Bassat, Aymonier
Researchers have achieved the first fully self-consistent numerical solution for quantum effects around a Schwarzschild black hole in the Hartle-Hawking state. This breakthrough provides an unprecedentedly precise measurement of the fractional surface-gravity correction, revealing a significant enhancement over prior estimates. The work sets new standards for understanding quantum fields in extreme gravity environments.
By Salih
This paper proposes that our universe could be nestled inside a black hole within a larger, 'parent' universe. This 'black hole cosmology' offers a physical explanation for the cosmological constant (dark energy) by suggesting it arises from matter constantly falling into our universe from the outside. The framework not only addresses this deep mystery but also mathematically aligns with our current standard model of cosmology, presenting a significant new perspective.
By Kang
Scientists are tackling a fundamental challenge in understanding the causal link between the 3D organization of our genome and how cells function. New genome engineering techniques allow for targeted manipulation of DNA loops, offering a way to move beyond correlative observations and directly investigate how genome structure dictates gene expression, ultimately advancing synthetic biology.
By Petersen, Westermann, Smialkovska, Mathony, Feldmann, Niopek