MicroRNA (miRNA) molecules in pancreatic islets have been thought to play important roles in Type 2 diabetes, but until now scientists have not confidently identified which miRNAs are associated with the disease in humans.
The project, dubbed AUGER (Accelerating Use of Geologically-driven Engineering & Reclamation), was awarded $739K of funding from NSF’s Convergence Accelerator to support translational research combining x-ray and hyperspectral imaging capabilities at CHESS with remote sensing techniques to link macroscale data with microscale mineral properties to create predictive mining insights.
Understanding the physics behind this mysterious phase transition could lead to new complex microscopic circuits, superconductors and exotic insulators that could find use in quantum computing.
Dyson professor Suzanne Shu and colleagues found that considering one’s “future self” played a key role in how people decide when to start collecting monthly Social Security benefits. Societal norms regarding retirement, however, do not.
Cornell scientists have unearthed precise, microscopic clues to where magma is stored in Earth’s mantle, offering scientists – and government officials – a way to gauge volcanic eruption risk.
An interdisciplinary collaboration used tree ring and isotope records to pinpoint a likely culprit for the collapse of the Hittite Empire: three straight years of severe drought in an already dry period.
In her new book, “Unknowing and the Everyday: Sufism and Knowledge in Iran,” Seema Golestaneh explores the ways the Sufi mystical experience – particularly the role of mystical knowledge – is shaping contemporary life in Iran.
An investigation at Tirez lagoon in central Spain, analogous to the surface of Mars, concludes that if life existed when the planet had liquid water on its surface, desiccation would not have necessarily implied that life disappeared for good.
