What We're Reading

Astrophysics to physical oceanography. String theory to machine learning. High energy theory to biophysics. Such leaps in research focus can be challenging—and rewarding. Learn how the Simons Foundation's Pivot Fellowship encourage such research switches across STEM fields.

No sunlight reaches this region 200 to 1,000 meters below the sea surface, where levels of iron, a key micronutrient, are so low that the growth of bacteria is restricted. To compensate, these bacteria produce molecules called siderophores, which help the bacteria scavenge trace amounts of iron from the surrounding seawater. The paper detailing these unexpected findings from the Pacific Ocean is published in Nature. The study could change the way scientists view microbial processes in the deep ocean and offer new insight into the ocean’s capacity to absorb carbon.

Astronomer Jo Dunkley is planning to use the Simons Observatory to snare evidence for inflation, the theory that the universe expanded at incredible speed after its birth.

Stony Brook University’s Simons STEM Scholars Program celebrated the signing of its second cohort (S2) of students this past May at the Simons Foundation’s Flatiron Institute in New York City. In July, those students came to Stony Brook for a six-week Summer Bridge Program designed to prepare them for the next four years of their academic career.

The new HQ of documentary production company Sandbox Films speaks to New York’s status as a cinematic icon as well as the old-school glamour of Hollywood’s Golden Age.

Number theorists have been trying to prove a conjecture about the distribution of prime numbers, called the Riemann hypothesis, for more than 160 years. Now, mathematicians Larry Guth of the Massachusetts Institute of Technology and James Maynard of the University of Oxford have posted a sensational new finding on the preprint server arXiv.org that could be a breakthrough in making progress on resolving the conjecture.

Virola trees in Panama are defying a well-known hypothesis from the 1970s regarding tropical biodiversity, revealing how genetics and the environment shape pathogen communities and seedling survival in tropical forests

Tech-savvy creators are flocking to New Inc. The focus is less on making art than on making it in a way that provides a living.

Stony Brook University’s Simons STEM Scholars Program celebrated the signing of its second cohort of students on May 11 at the Simons Foundation’s Flatiron Institute in New York City.

Nanofluidics could be used to purify water, generate energy and build nanoscale machines. But when water flows through a carbon nanotube, classical fluid mechanics breaks down, leading to puzzling experimental findings that researchers have attributed to an effect called “quantum friction.”